Mechanical Systems Design Divisionmelib.pusan.ac.kr/pnumelib/me_eng/images/Mechanical... ·...
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※Administrative Office: 051)510-1471 Name Major, Interest Laboratory E-mail Phone Park, No Gill Geared system design Geared System Lab [email protected] 510-2325 An, Deuk Man Fracture Mechanics, Applied Mechanics Fracture Mechanics Lab [email protected] 510-2326 Yoo, Wan Suk Multi-body Dynamics Computer Aided Engineering Lab [email protected] 510-2328 Lee, Byung Hoon system Dynamics System Dynamics Lab [email protected] 510-2305 Lee, Shi Bok Vibration Control Vibration Control Lab [email protected] 510-2315 Lee, Joon Hyun Non destructive analysis Quality engineering & failure prevention Lab [email protected] 510-2430 Lim, O Kaung Optimum Design Optimum Design Lab [email protected] 510-2306 Jeong, Weuibong Noise, Vibration Vibration and Noise Lab [email protected] 510-2337 Hwang, Sang Moon Electromagnetic System Electro-Magnetic Machine Design Lab [email protected] 510-2468 Cho, Youn ho Structural Health Monitoring, Guided wave NDE Wave and Structural Health Monitoring Lab [email protected] 510-2323 Cheong, Cheol ung Flow noise Applied Mechanical Acoustics and Noise Control Lab [email protected] 510-2311 Mechanical Systems Design Division
Transcript of Mechanical Systems Design Divisionmelib.pusan.ac.kr/pnumelib/me_eng/images/Mechanical... ·...
Administrative Office 051)510-1471
Name Major Interest Laboratory E-mail Phone
Park No Gill
Geared system design Geared System Lab parkngpusanackr 510-2325
An Deuk Man
Fracture Mechanics Applied Mechanics
Fracture Mechanics Lab dmanpusanackr 510-2326
Yoo Wan Suk
Multi-body Dynamics Computer Aided Engineering Lab
wsyoopusanackr 510-2328
Lee Byung Hoon
system Dynamics System Dynamics Lab mebhleepusanackr 510-2305
Lee Shi Bok
Vibration Control Vibration Control Lab sbleepusanackr 510-2315
Lee Joon Hyun
Non destructive analysis Quality engineering amp failure prevention Lab
johleepusanackr 510-2430
Lim O Kaung
Optimum Design Optimum Design Lab oklimpusanackr 510-2306
Jeong Weuibong
Noise Vibration Vibration and Noise Lab wbjeongpusanackr 510-2337
Hwang Sang Moon
Electromagnetic System Electro-Magnetic Machine
Design Lab shwangpusanackr 510-2468
Cho Youn ho
Structural Health Monitoring Guided wave
NDE
Wave and Structural Health Monitoring Lab
mechcyhpusanackr 510-2323
Cheong Cheol ung
Flow noise Applied Mechanical Acoustics and Noise
Control Lab ccheongpusanackr 510-2311
Mechanical Systems Design Division
Administrative Office 051)510-1471
Name Major Interest Laboratory E-mail Phone
Park Seong hun
Integrated design Material mechanics
Material Mechanics amp Integrated Design Lab
pakspusanackr 510-2330
Noh Yoojeong
Simulation-based Design under Uncertainties
Reliability Engineering
Multidisciplinary design analysis and optimization Lab
yoonohpusanackr 510-2308
Mechanical Systems Design Division
Introduction Vibration Analysis and Design of Gear Box
Gear Geometry of Hypoid Gear System and Tool Design
Continuously Variable Transmission for Automobile
Keywords windturbine gear box worm gear hypoid gear bevel
gearm spherical CVT
Geared System Lab Prof Park No Gill
기입
Mechanical Systems Design Division
사진
Research ReliabilityNVH Design of Gearbox
of wind turbine
CVVLVCR worm design
Hypoid gear tooth design
spherical CVT for automobile
hobmilling cutter design
rotor dynamics
Contact Ofiice Engineering Building 10 10524
Tel +82-51-510-2325
E-mail parkngpnuedu
Mechanical Systems Design Division
Fracture Mechanics Laboratory Prof An Deuk Man Mechanical Systems Design Division
사진
Contact Office Engineering Building 10 10526
Phone +82-51-510-2326
E-mail dmanpusanackr
Introduction The research activities of Prof DeukMan An are at the intersection of
Mechanics Materials Science and Applied Mathematics Concepts and methods
of Mathematics are used to analyze the mechanical behaviors of materials
Particularly stress analysis in crack tips of various materials is our interest
Key Word Fracture Mechanics Crack Stress Analysis Stress Intensity Factor Applied Mathematics
Research Stress analysis in Fracture Mechanics
Calculation of Stress Intensity Factor
3-D Fracture Mechanics
Fracture Mechanics in Piezoelectric Materials
Weight Functions in Fracture Mechanics A) Compact Specimen
B) Compact Specimen Analysis
Introduction bull Laboratory is based on the kinetics of multi-body dynamics bull Computer is used for analyzing and modeling the system It is always inventing the way of appraising and improving performance
Key Word Multi-body system Dynamics Computer Aided Engineering
Computer Aided Engineering Laboratory Prof Yoo Wan Suk Mechanical Systems Design Division
Research Large displacement analysis and experiment
Analysis of a flexible Hose connected to a mother ship
Analysis of unwinding behaviors from spool dispensers
Dynamic Analysis of Floating Wind Turbine
Improvement of maneuvering stability of an vehicle
The development of tire model for ride quality analysis
Vehicle dynamic analysis for real-time based on the HIL
The development of the program for pulling analysis
Correlation of the driving load on the 3D road
Design Change in Circuit Breaker
Contact Office RIMT Room 316
Phone +82-51- 510-2328
E-mail wsyoopusanackr
0 1 2 3 4 5 6 7 8 9 10
-8-6-4-2
Steel
x-displacement[m] z-d
ispl
acem
ent[m
]
0 1 2 3 4 5 6 7 8 9 10
-8-6-4-2
Aluminum
x-displacement[m] z-d
ispl
acem
ent[m
]
0 1 2 3 4 5 6 7 8 9 10
-8-6-4-2
Brass
x-displacement[m] z-d
ispl
acem
ent[m
]
Yoo
Introduction Development of softwares available graphic user interface and 3D animation as well as research on the efficient algorithms for the kinematics dynamics and inverse dynamics of mechanical systems are executed in this lab Key Word kinematics dynamics
System Dynamics Lab Prof Lee Byung Hoon Mechanical Systems Design Division
Research Kinematics and dynamics of multibody systems Inverse kinematics and Tracked Vehicle Dynamics Human Body Dynamics
Contact Office Engineering Building 10 10520
Phone +82-51-510-2306
E-mail mebhleepusanackr
Software for the dynamics of mechanical systems
Software for the dynamics of a high mobility tracked vehicle
Vibration Control Laboratory Prof Lee Shi bok Mechanical Systems Design Division
사진
Research Vibration and Noise Analysis Design and Control
Dynamic Design of High Speed Spindle Systems
Vibration and Noise Reduction Design of Drum Brake
Numerical Analysis of the Coupled Structure-Acoustic
Systems by FEM-BEM
Muffler Development for High Power Heavy Excavators
Machine amp Structure Health Diagnosis
Contact
Office Engineering Building 10 10421
Phone +82-51-510-2315
E-mail sbleepusanackr
Introduction Vibration Design and Control
Motion Control
Noise Analysis Design and Control
Quality Engineering amp Failure Prevention Lab Prof Lee Joon Hyun Mechanical Systems Design Division
Research Quantitative analysis and visualization of defects
in nuclear power plant
Development of ALMS(Acoustic Leak Monitoring
System)
Defect characterization of composite material
using advanced guided wave technique
Develop a test procedure of thickness reduction
caused by FAC in nuclear power plant
Contact Office RMIT Room 319
Phone +82-51- 510-3078
E-mail johleepusanackr
Introduction Failure analysis and material characterization
Development of evaluation technique for components in nuclear power plant
Safety evaluation of structure with ultrasound
Key Word Ultrasound elastic wave health monitoring defect detection composite material acoustic emission
Optimum Design Lab Prof Lim O Kaung Mechanical Systems Design Division
사진
Research Study on Multiscale Simulation and TopologyGA-based Multiobjective
Structure Optimization Technique for Wind Turbine Blade
Development of Fundamental Technologies of substuctureplatform for
Deep Floating Sea Wind Turbine
Development of Reliability-based Optimum Design Technique and Program
for Functionally Graded Composites utilizing Multiscale Simulation
Topology and parameter optimization of a foaming jig reinforcement
structure by the response surface method
Optimum Shape Design of Gearbox Housing for 5MW Wind Turbines
Contact Office Research Institute of Mechanical Technology Room 301
Phone +82-51-510-2306
E-mail oklimpusanackr
Introduction Structural Optimum Design
Creative Design Method
Topology Optimization
Key Word Structural Analysis Optimal Design Design Sensitivity Creative Design Optimum Algorithm
Noise amp Vibration Lab Prof Jeong Weui Bong Mechanical Systems Design Division
Research
Home Appliance (Air conditioner Refrigerator Washing machine Compressor)
Submarine (High damping structure Duct Radiated noise Shock response)
Source Identification and Visualization
Shock Response spectrum Analysis
Fluid-structure Interacted Vibration
FEMBEM Computational analysis
Spectral Analysis of Measured signal
Contact Office Engineering Building 10 Room 10519
Phone +82-51-510-2337
E-mail wbjeongpusanackr
httpwwwnoisepekr
National Institute
12
LG 15
SAMSUNG 10
HYUNDAI 7
Public Corporation
3
Other Major Companies
11
etc 7
Laboratory members
Generalized SW NASTRAN SYSNOISE ANSYS FLUENThellip
Employment status of Alumni
Introduction Experiment and Signal Processing of Noise amp Vibration Analysis of Noise amp Vibration with FEMBEM Fusion Research (Structure + Acoustic + Fluid)
Key Word Noise vibration Computation Experiments FSI
Electro Mechanical Lab Prof Hwang Sang Moon Mechanical Systems Design Division
Research Design and analysis of BLDC BLAC machines used in EPSs of automobile
Design and analysis of electro motors used in wasing machines
Research of noise and vibration reduction of air-conditioner fan motors
Noise reduction design of electro motors used in home
electronic applications
Design and analysis of compact actuators used in DMB mobile phones
Development of receivers and microspeakers used in the bluetooth
Development of piezometer actuators
Contact Office Engineering Building 10 Room 10518
Phone +82-51-510-2468
E-mail shwangpusanackr
Introduction Electro Mechanical Lab(EM Lab) has researched the development and analaysis of
the applications used in practical industry by cooperating with the cooperation
laboratory and research institute Recently we are performing the noise and
vibration reduction design of the electro machines like motors analytsis of
microspeakers and home electonic applications and developing the next
generation compact multimedia actuators
Key Words Electromagnetic Noice vibration Electro machines Microspeaker
Wave and Structural Health Monitoring Lab
Prof Cho Youn ho
Mechanical Systems Design Division
사진
Introduction Wave mechanics is state of art technique consisting of solid mechanics vibration and instrumentation engineering and with it Wave and SHM lab is developing real time Structural Health Monitoring technique International Joint Research (Northwestern Univ Pennsylvania State Univ Georgia Institute of Tech Beijing Institute of Tech)
Key Word NDE Guided wave Structural Health Monitoring Ultrasonic Transducer Nonlinear Ultrasonic
Research Long range pipe real time inspection system and
imaging by tomography on power plant facilities Develop ultrasound sensor and signal analysis
techniques Detect micro closed crack with nonlinear
acoustics method Guided waves inspection techniques on high
speed rail vehicles and rail Structural health monitoring system on aircraft
and composite structure Guided wave inspection technique for Nuclear
power plant inaccessible area FEM BEM analysis for guided wave propagation
Contact Office Engineering Building 10 Room 10525 Phone +82-51-510-2323 E-mail mechcyhpusanackr
배관 항공기원자력발전소 및 발전 설비 구조물 진단
선박 용접부의 결함 검출 교량 상시 진단 열차선로 상태 진단
구조물의 결함 영상화 및 모델링 센서 디자인
부산대학교 첨단지능형 구조물 손상 모니터링 World Class University 사업단 연구소
Applied Mechanical Acoustics and Noise Control Lab Prof Cheong Cheol ung
영문이름
Mechanical Systems Design Division
사진
Research Rotating machinery noise Largesmall wind turbines fan
noise Computational Acoustics CAA schemes Fan broadband
noise Stochastic noise sources Sound Quality Sound index of automobile and
aircraft Fluid Structure Interaction
Sloshing and liquid damper cavitation noise and vibration
Contact Office Engineering Bldg 10 10523
Phone +82-51-510-2311
E-mail ccheongpusanackr
Introduction Flow noise prediction and analysis based on flow dynamics and acoustic
theory and low noise design and noise control of the related machines
rotating machinery home appliance and transportation machines
Key Word Flow noise Fan noise Computational Aeroacoustics Sound Quality Flow-Structure Interaction Cavitation Noise
회전기계류 소음
전산음향학 유체구조상호작용해석
음질평가
Introduction
Material properties and constitutive relations
of engineering and biological materials
Fatigue analysis of mechanical parts and
systems
Integrated design for mechanical systems
Material Mechanics amp Integrated Design Lab Prof Park Seong hun Mechanical Systems Design Division
Research
Material mechanics of engineering and biological
materials
Structural analysis and optimal design of mechanical
systems
Fatigue test amp analysis of mechanical parts and systems
Fluid-structure-dynamics coupled analysis
Magnetic analysis of MR dampers
Design of dental and orthopaedic implants
Design of offshore wind turbine systems
Contact
Office Engineering Building 10 Room 10523
Phone +82-51-510-2330
E-mail pakspusanackr
Development amp analysis of wind turbine platforms
Development of vehicle active suspension systems
High speed spindle system design
CNC Automatic lathe
Experiment amp FEM modal analysis
0 4 8 12
0 4 8 12
B o d
y a
c c e
l e r a
t i o n
D
y n a
m i c
l o a
d
b Ω m Ω w Ω h Ω
b Ω m Ω w Ω h
Ω
Frequency ( Hz )
Frequency ( Hz )
Frequency response of suspension
Container unloading system development for Mobile Harbor
Container unloading system Mobile Harbor
Design of dental implants
Magnetic analysis amp design of MR dampers
Magneto analysis MR damper
Dental implant Structural analysis
Tribological response of femoral hip implants
Artificial Femoral Hip implant
laser
photodetector piezoelectric
actuator
cantilever deflection
probe height
laser
photodetector piezoelectric
actuator
cantilever deflection
probe height
Fatigue experiment amp analysis of Al pipes for air - conditioners
Fatigue experiment Stress intensity analysis
Keyword CAE FEA integrated design
material mechanics fatigue
Introduction
Reliability analysis amp simulation-based design optimization
Uncertainty quantification of input random variables
Computational analysis of mechanical systems
Multidisciplinary Design Analysis and Optimization Lab Prof Noh Yoojeong Mechanical Systems Design Division
Research
Uncertainty quantification for statistical modeling of input random variables such as material properties
Reliability-based design optimization of mechanical systems under input model uncertainty
Keyword simulation-based design under uncertainties uncertainty quantification computational analysis reliability engineering
Contact Office RMIT Room 421
Phone +82-51-510-2308
E-mail yoonohpusanackr
Flow analysis and component optimization of LPDIGDI high pressure fuel pump
Development of a trunk latch module with high reliability using small DC motor
Development of a method predicting optimal pressure distribution of vehicle wiper blades
Cost reduction and optimization of door hinges for large refrigerators
- 슬라이드 번호 1
- 슬라이드 번호 2
- 슬라이드 번호 3
- 슬라이드 번호 4
- 슬라이드 번호 5
- 슬라이드 번호 6
- 슬라이드 번호 7
- 슬라이드 번호 8
- 슬라이드 번호 9
- 슬라이드 번호 10
- 슬라이드 번호 11
- 슬라이드 번호 12
- 슬라이드 번호 13
- 슬라이드 번호 14
- 슬라이드 번호 15
-
Administrative Office 051)510-1471
Name Major Interest Laboratory E-mail Phone
Park Seong hun
Integrated design Material mechanics
Material Mechanics amp Integrated Design Lab
pakspusanackr 510-2330
Noh Yoojeong
Simulation-based Design under Uncertainties
Reliability Engineering
Multidisciplinary design analysis and optimization Lab
yoonohpusanackr 510-2308
Mechanical Systems Design Division
Introduction Vibration Analysis and Design of Gear Box
Gear Geometry of Hypoid Gear System and Tool Design
Continuously Variable Transmission for Automobile
Keywords windturbine gear box worm gear hypoid gear bevel
gearm spherical CVT
Geared System Lab Prof Park No Gill
기입
Mechanical Systems Design Division
사진
Research ReliabilityNVH Design of Gearbox
of wind turbine
CVVLVCR worm design
Hypoid gear tooth design
spherical CVT for automobile
hobmilling cutter design
rotor dynamics
Contact Ofiice Engineering Building 10 10524
Tel +82-51-510-2325
E-mail parkngpnuedu
Mechanical Systems Design Division
Fracture Mechanics Laboratory Prof An Deuk Man Mechanical Systems Design Division
사진
Contact Office Engineering Building 10 10526
Phone +82-51-510-2326
E-mail dmanpusanackr
Introduction The research activities of Prof DeukMan An are at the intersection of
Mechanics Materials Science and Applied Mathematics Concepts and methods
of Mathematics are used to analyze the mechanical behaviors of materials
Particularly stress analysis in crack tips of various materials is our interest
Key Word Fracture Mechanics Crack Stress Analysis Stress Intensity Factor Applied Mathematics
Research Stress analysis in Fracture Mechanics
Calculation of Stress Intensity Factor
3-D Fracture Mechanics
Fracture Mechanics in Piezoelectric Materials
Weight Functions in Fracture Mechanics A) Compact Specimen
B) Compact Specimen Analysis
Introduction bull Laboratory is based on the kinetics of multi-body dynamics bull Computer is used for analyzing and modeling the system It is always inventing the way of appraising and improving performance
Key Word Multi-body system Dynamics Computer Aided Engineering
Computer Aided Engineering Laboratory Prof Yoo Wan Suk Mechanical Systems Design Division
Research Large displacement analysis and experiment
Analysis of a flexible Hose connected to a mother ship
Analysis of unwinding behaviors from spool dispensers
Dynamic Analysis of Floating Wind Turbine
Improvement of maneuvering stability of an vehicle
The development of tire model for ride quality analysis
Vehicle dynamic analysis for real-time based on the HIL
The development of the program for pulling analysis
Correlation of the driving load on the 3D road
Design Change in Circuit Breaker
Contact Office RIMT Room 316
Phone +82-51- 510-2328
E-mail wsyoopusanackr
0 1 2 3 4 5 6 7 8 9 10
-8-6-4-2
Steel
x-displacement[m] z-d
ispl
acem
ent[m
]
0 1 2 3 4 5 6 7 8 9 10
-8-6-4-2
Aluminum
x-displacement[m] z-d
ispl
acem
ent[m
]
0 1 2 3 4 5 6 7 8 9 10
-8-6-4-2
Brass
x-displacement[m] z-d
ispl
acem
ent[m
]
Yoo
Introduction Development of softwares available graphic user interface and 3D animation as well as research on the efficient algorithms for the kinematics dynamics and inverse dynamics of mechanical systems are executed in this lab Key Word kinematics dynamics
System Dynamics Lab Prof Lee Byung Hoon Mechanical Systems Design Division
Research Kinematics and dynamics of multibody systems Inverse kinematics and Tracked Vehicle Dynamics Human Body Dynamics
Contact Office Engineering Building 10 10520
Phone +82-51-510-2306
E-mail mebhleepusanackr
Software for the dynamics of mechanical systems
Software for the dynamics of a high mobility tracked vehicle
Vibration Control Laboratory Prof Lee Shi bok Mechanical Systems Design Division
사진
Research Vibration and Noise Analysis Design and Control
Dynamic Design of High Speed Spindle Systems
Vibration and Noise Reduction Design of Drum Brake
Numerical Analysis of the Coupled Structure-Acoustic
Systems by FEM-BEM
Muffler Development for High Power Heavy Excavators
Machine amp Structure Health Diagnosis
Contact
Office Engineering Building 10 10421
Phone +82-51-510-2315
E-mail sbleepusanackr
Introduction Vibration Design and Control
Motion Control
Noise Analysis Design and Control
Quality Engineering amp Failure Prevention Lab Prof Lee Joon Hyun Mechanical Systems Design Division
Research Quantitative analysis and visualization of defects
in nuclear power plant
Development of ALMS(Acoustic Leak Monitoring
System)
Defect characterization of composite material
using advanced guided wave technique
Develop a test procedure of thickness reduction
caused by FAC in nuclear power plant
Contact Office RMIT Room 319
Phone +82-51- 510-3078
E-mail johleepusanackr
Introduction Failure analysis and material characterization
Development of evaluation technique for components in nuclear power plant
Safety evaluation of structure with ultrasound
Key Word Ultrasound elastic wave health monitoring defect detection composite material acoustic emission
Optimum Design Lab Prof Lim O Kaung Mechanical Systems Design Division
사진
Research Study on Multiscale Simulation and TopologyGA-based Multiobjective
Structure Optimization Technique for Wind Turbine Blade
Development of Fundamental Technologies of substuctureplatform for
Deep Floating Sea Wind Turbine
Development of Reliability-based Optimum Design Technique and Program
for Functionally Graded Composites utilizing Multiscale Simulation
Topology and parameter optimization of a foaming jig reinforcement
structure by the response surface method
Optimum Shape Design of Gearbox Housing for 5MW Wind Turbines
Contact Office Research Institute of Mechanical Technology Room 301
Phone +82-51-510-2306
E-mail oklimpusanackr
Introduction Structural Optimum Design
Creative Design Method
Topology Optimization
Key Word Structural Analysis Optimal Design Design Sensitivity Creative Design Optimum Algorithm
Noise amp Vibration Lab Prof Jeong Weui Bong Mechanical Systems Design Division
Research
Home Appliance (Air conditioner Refrigerator Washing machine Compressor)
Submarine (High damping structure Duct Radiated noise Shock response)
Source Identification and Visualization
Shock Response spectrum Analysis
Fluid-structure Interacted Vibration
FEMBEM Computational analysis
Spectral Analysis of Measured signal
Contact Office Engineering Building 10 Room 10519
Phone +82-51-510-2337
E-mail wbjeongpusanackr
httpwwwnoisepekr
National Institute
12
LG 15
SAMSUNG 10
HYUNDAI 7
Public Corporation
3
Other Major Companies
11
etc 7
Laboratory members
Generalized SW NASTRAN SYSNOISE ANSYS FLUENThellip
Employment status of Alumni
Introduction Experiment and Signal Processing of Noise amp Vibration Analysis of Noise amp Vibration with FEMBEM Fusion Research (Structure + Acoustic + Fluid)
Key Word Noise vibration Computation Experiments FSI
Electro Mechanical Lab Prof Hwang Sang Moon Mechanical Systems Design Division
Research Design and analysis of BLDC BLAC machines used in EPSs of automobile
Design and analysis of electro motors used in wasing machines
Research of noise and vibration reduction of air-conditioner fan motors
Noise reduction design of electro motors used in home
electronic applications
Design and analysis of compact actuators used in DMB mobile phones
Development of receivers and microspeakers used in the bluetooth
Development of piezometer actuators
Contact Office Engineering Building 10 Room 10518
Phone +82-51-510-2468
E-mail shwangpusanackr
Introduction Electro Mechanical Lab(EM Lab) has researched the development and analaysis of
the applications used in practical industry by cooperating with the cooperation
laboratory and research institute Recently we are performing the noise and
vibration reduction design of the electro machines like motors analytsis of
microspeakers and home electonic applications and developing the next
generation compact multimedia actuators
Key Words Electromagnetic Noice vibration Electro machines Microspeaker
Wave and Structural Health Monitoring Lab
Prof Cho Youn ho
Mechanical Systems Design Division
사진
Introduction Wave mechanics is state of art technique consisting of solid mechanics vibration and instrumentation engineering and with it Wave and SHM lab is developing real time Structural Health Monitoring technique International Joint Research (Northwestern Univ Pennsylvania State Univ Georgia Institute of Tech Beijing Institute of Tech)
Key Word NDE Guided wave Structural Health Monitoring Ultrasonic Transducer Nonlinear Ultrasonic
Research Long range pipe real time inspection system and
imaging by tomography on power plant facilities Develop ultrasound sensor and signal analysis
techniques Detect micro closed crack with nonlinear
acoustics method Guided waves inspection techniques on high
speed rail vehicles and rail Structural health monitoring system on aircraft
and composite structure Guided wave inspection technique for Nuclear
power plant inaccessible area FEM BEM analysis for guided wave propagation
Contact Office Engineering Building 10 Room 10525 Phone +82-51-510-2323 E-mail mechcyhpusanackr
배관 항공기원자력발전소 및 발전 설비 구조물 진단
선박 용접부의 결함 검출 교량 상시 진단 열차선로 상태 진단
구조물의 결함 영상화 및 모델링 센서 디자인
부산대학교 첨단지능형 구조물 손상 모니터링 World Class University 사업단 연구소
Applied Mechanical Acoustics and Noise Control Lab Prof Cheong Cheol ung
영문이름
Mechanical Systems Design Division
사진
Research Rotating machinery noise Largesmall wind turbines fan
noise Computational Acoustics CAA schemes Fan broadband
noise Stochastic noise sources Sound Quality Sound index of automobile and
aircraft Fluid Structure Interaction
Sloshing and liquid damper cavitation noise and vibration
Contact Office Engineering Bldg 10 10523
Phone +82-51-510-2311
E-mail ccheongpusanackr
Introduction Flow noise prediction and analysis based on flow dynamics and acoustic
theory and low noise design and noise control of the related machines
rotating machinery home appliance and transportation machines
Key Word Flow noise Fan noise Computational Aeroacoustics Sound Quality Flow-Structure Interaction Cavitation Noise
회전기계류 소음
전산음향학 유체구조상호작용해석
음질평가
Introduction
Material properties and constitutive relations
of engineering and biological materials
Fatigue analysis of mechanical parts and
systems
Integrated design for mechanical systems
Material Mechanics amp Integrated Design Lab Prof Park Seong hun Mechanical Systems Design Division
Research
Material mechanics of engineering and biological
materials
Structural analysis and optimal design of mechanical
systems
Fatigue test amp analysis of mechanical parts and systems
Fluid-structure-dynamics coupled analysis
Magnetic analysis of MR dampers
Design of dental and orthopaedic implants
Design of offshore wind turbine systems
Contact
Office Engineering Building 10 Room 10523
Phone +82-51-510-2330
E-mail pakspusanackr
Development amp analysis of wind turbine platforms
Development of vehicle active suspension systems
High speed spindle system design
CNC Automatic lathe
Experiment amp FEM modal analysis
0 4 8 12
0 4 8 12
B o d
y a
c c e
l e r a
t i o n
D
y n a
m i c
l o a
d
b Ω m Ω w Ω h Ω
b Ω m Ω w Ω h
Ω
Frequency ( Hz )
Frequency ( Hz )
Frequency response of suspension
Container unloading system development for Mobile Harbor
Container unloading system Mobile Harbor
Design of dental implants
Magnetic analysis amp design of MR dampers
Magneto analysis MR damper
Dental implant Structural analysis
Tribological response of femoral hip implants
Artificial Femoral Hip implant
laser
photodetector piezoelectric
actuator
cantilever deflection
probe height
laser
photodetector piezoelectric
actuator
cantilever deflection
probe height
Fatigue experiment amp analysis of Al pipes for air - conditioners
Fatigue experiment Stress intensity analysis
Keyword CAE FEA integrated design
material mechanics fatigue
Introduction
Reliability analysis amp simulation-based design optimization
Uncertainty quantification of input random variables
Computational analysis of mechanical systems
Multidisciplinary Design Analysis and Optimization Lab Prof Noh Yoojeong Mechanical Systems Design Division
Research
Uncertainty quantification for statistical modeling of input random variables such as material properties
Reliability-based design optimization of mechanical systems under input model uncertainty
Keyword simulation-based design under uncertainties uncertainty quantification computational analysis reliability engineering
Contact Office RMIT Room 421
Phone +82-51-510-2308
E-mail yoonohpusanackr
Flow analysis and component optimization of LPDIGDI high pressure fuel pump
Development of a trunk latch module with high reliability using small DC motor
Development of a method predicting optimal pressure distribution of vehicle wiper blades
Cost reduction and optimization of door hinges for large refrigerators
- 슬라이드 번호 1
- 슬라이드 번호 2
- 슬라이드 번호 3
- 슬라이드 번호 4
- 슬라이드 번호 5
- 슬라이드 번호 6
- 슬라이드 번호 7
- 슬라이드 번호 8
- 슬라이드 번호 9
- 슬라이드 번호 10
- 슬라이드 번호 11
- 슬라이드 번호 12
- 슬라이드 번호 13
- 슬라이드 번호 14
- 슬라이드 번호 15
-
Introduction Vibration Analysis and Design of Gear Box
Gear Geometry of Hypoid Gear System and Tool Design
Continuously Variable Transmission for Automobile
Keywords windturbine gear box worm gear hypoid gear bevel
gearm spherical CVT
Geared System Lab Prof Park No Gill
기입
Mechanical Systems Design Division
사진
Research ReliabilityNVH Design of Gearbox
of wind turbine
CVVLVCR worm design
Hypoid gear tooth design
spherical CVT for automobile
hobmilling cutter design
rotor dynamics
Contact Ofiice Engineering Building 10 10524
Tel +82-51-510-2325
E-mail parkngpnuedu
Mechanical Systems Design Division
Fracture Mechanics Laboratory Prof An Deuk Man Mechanical Systems Design Division
사진
Contact Office Engineering Building 10 10526
Phone +82-51-510-2326
E-mail dmanpusanackr
Introduction The research activities of Prof DeukMan An are at the intersection of
Mechanics Materials Science and Applied Mathematics Concepts and methods
of Mathematics are used to analyze the mechanical behaviors of materials
Particularly stress analysis in crack tips of various materials is our interest
Key Word Fracture Mechanics Crack Stress Analysis Stress Intensity Factor Applied Mathematics
Research Stress analysis in Fracture Mechanics
Calculation of Stress Intensity Factor
3-D Fracture Mechanics
Fracture Mechanics in Piezoelectric Materials
Weight Functions in Fracture Mechanics A) Compact Specimen
B) Compact Specimen Analysis
Introduction bull Laboratory is based on the kinetics of multi-body dynamics bull Computer is used for analyzing and modeling the system It is always inventing the way of appraising and improving performance
Key Word Multi-body system Dynamics Computer Aided Engineering
Computer Aided Engineering Laboratory Prof Yoo Wan Suk Mechanical Systems Design Division
Research Large displacement analysis and experiment
Analysis of a flexible Hose connected to a mother ship
Analysis of unwinding behaviors from spool dispensers
Dynamic Analysis of Floating Wind Turbine
Improvement of maneuvering stability of an vehicle
The development of tire model for ride quality analysis
Vehicle dynamic analysis for real-time based on the HIL
The development of the program for pulling analysis
Correlation of the driving load on the 3D road
Design Change in Circuit Breaker
Contact Office RIMT Room 316
Phone +82-51- 510-2328
E-mail wsyoopusanackr
0 1 2 3 4 5 6 7 8 9 10
-8-6-4-2
Steel
x-displacement[m] z-d
ispl
acem
ent[m
]
0 1 2 3 4 5 6 7 8 9 10
-8-6-4-2
Aluminum
x-displacement[m] z-d
ispl
acem
ent[m
]
0 1 2 3 4 5 6 7 8 9 10
-8-6-4-2
Brass
x-displacement[m] z-d
ispl
acem
ent[m
]
Yoo
Introduction Development of softwares available graphic user interface and 3D animation as well as research on the efficient algorithms for the kinematics dynamics and inverse dynamics of mechanical systems are executed in this lab Key Word kinematics dynamics
System Dynamics Lab Prof Lee Byung Hoon Mechanical Systems Design Division
Research Kinematics and dynamics of multibody systems Inverse kinematics and Tracked Vehicle Dynamics Human Body Dynamics
Contact Office Engineering Building 10 10520
Phone +82-51-510-2306
E-mail mebhleepusanackr
Software for the dynamics of mechanical systems
Software for the dynamics of a high mobility tracked vehicle
Vibration Control Laboratory Prof Lee Shi bok Mechanical Systems Design Division
사진
Research Vibration and Noise Analysis Design and Control
Dynamic Design of High Speed Spindle Systems
Vibration and Noise Reduction Design of Drum Brake
Numerical Analysis of the Coupled Structure-Acoustic
Systems by FEM-BEM
Muffler Development for High Power Heavy Excavators
Machine amp Structure Health Diagnosis
Contact
Office Engineering Building 10 10421
Phone +82-51-510-2315
E-mail sbleepusanackr
Introduction Vibration Design and Control
Motion Control
Noise Analysis Design and Control
Quality Engineering amp Failure Prevention Lab Prof Lee Joon Hyun Mechanical Systems Design Division
Research Quantitative analysis and visualization of defects
in nuclear power plant
Development of ALMS(Acoustic Leak Monitoring
System)
Defect characterization of composite material
using advanced guided wave technique
Develop a test procedure of thickness reduction
caused by FAC in nuclear power plant
Contact Office RMIT Room 319
Phone +82-51- 510-3078
E-mail johleepusanackr
Introduction Failure analysis and material characterization
Development of evaluation technique for components in nuclear power plant
Safety evaluation of structure with ultrasound
Key Word Ultrasound elastic wave health monitoring defect detection composite material acoustic emission
Optimum Design Lab Prof Lim O Kaung Mechanical Systems Design Division
사진
Research Study on Multiscale Simulation and TopologyGA-based Multiobjective
Structure Optimization Technique for Wind Turbine Blade
Development of Fundamental Technologies of substuctureplatform for
Deep Floating Sea Wind Turbine
Development of Reliability-based Optimum Design Technique and Program
for Functionally Graded Composites utilizing Multiscale Simulation
Topology and parameter optimization of a foaming jig reinforcement
structure by the response surface method
Optimum Shape Design of Gearbox Housing for 5MW Wind Turbines
Contact Office Research Institute of Mechanical Technology Room 301
Phone +82-51-510-2306
E-mail oklimpusanackr
Introduction Structural Optimum Design
Creative Design Method
Topology Optimization
Key Word Structural Analysis Optimal Design Design Sensitivity Creative Design Optimum Algorithm
Noise amp Vibration Lab Prof Jeong Weui Bong Mechanical Systems Design Division
Research
Home Appliance (Air conditioner Refrigerator Washing machine Compressor)
Submarine (High damping structure Duct Radiated noise Shock response)
Source Identification and Visualization
Shock Response spectrum Analysis
Fluid-structure Interacted Vibration
FEMBEM Computational analysis
Spectral Analysis of Measured signal
Contact Office Engineering Building 10 Room 10519
Phone +82-51-510-2337
E-mail wbjeongpusanackr
httpwwwnoisepekr
National Institute
12
LG 15
SAMSUNG 10
HYUNDAI 7
Public Corporation
3
Other Major Companies
11
etc 7
Laboratory members
Generalized SW NASTRAN SYSNOISE ANSYS FLUENThellip
Employment status of Alumni
Introduction Experiment and Signal Processing of Noise amp Vibration Analysis of Noise amp Vibration with FEMBEM Fusion Research (Structure + Acoustic + Fluid)
Key Word Noise vibration Computation Experiments FSI
Electro Mechanical Lab Prof Hwang Sang Moon Mechanical Systems Design Division
Research Design and analysis of BLDC BLAC machines used in EPSs of automobile
Design and analysis of electro motors used in wasing machines
Research of noise and vibration reduction of air-conditioner fan motors
Noise reduction design of electro motors used in home
electronic applications
Design and analysis of compact actuators used in DMB mobile phones
Development of receivers and microspeakers used in the bluetooth
Development of piezometer actuators
Contact Office Engineering Building 10 Room 10518
Phone +82-51-510-2468
E-mail shwangpusanackr
Introduction Electro Mechanical Lab(EM Lab) has researched the development and analaysis of
the applications used in practical industry by cooperating with the cooperation
laboratory and research institute Recently we are performing the noise and
vibration reduction design of the electro machines like motors analytsis of
microspeakers and home electonic applications and developing the next
generation compact multimedia actuators
Key Words Electromagnetic Noice vibration Electro machines Microspeaker
Wave and Structural Health Monitoring Lab
Prof Cho Youn ho
Mechanical Systems Design Division
사진
Introduction Wave mechanics is state of art technique consisting of solid mechanics vibration and instrumentation engineering and with it Wave and SHM lab is developing real time Structural Health Monitoring technique International Joint Research (Northwestern Univ Pennsylvania State Univ Georgia Institute of Tech Beijing Institute of Tech)
Key Word NDE Guided wave Structural Health Monitoring Ultrasonic Transducer Nonlinear Ultrasonic
Research Long range pipe real time inspection system and
imaging by tomography on power plant facilities Develop ultrasound sensor and signal analysis
techniques Detect micro closed crack with nonlinear
acoustics method Guided waves inspection techniques on high
speed rail vehicles and rail Structural health monitoring system on aircraft
and composite structure Guided wave inspection technique for Nuclear
power plant inaccessible area FEM BEM analysis for guided wave propagation
Contact Office Engineering Building 10 Room 10525 Phone +82-51-510-2323 E-mail mechcyhpusanackr
배관 항공기원자력발전소 및 발전 설비 구조물 진단
선박 용접부의 결함 검출 교량 상시 진단 열차선로 상태 진단
구조물의 결함 영상화 및 모델링 센서 디자인
부산대학교 첨단지능형 구조물 손상 모니터링 World Class University 사업단 연구소
Applied Mechanical Acoustics and Noise Control Lab Prof Cheong Cheol ung
영문이름
Mechanical Systems Design Division
사진
Research Rotating machinery noise Largesmall wind turbines fan
noise Computational Acoustics CAA schemes Fan broadband
noise Stochastic noise sources Sound Quality Sound index of automobile and
aircraft Fluid Structure Interaction
Sloshing and liquid damper cavitation noise and vibration
Contact Office Engineering Bldg 10 10523
Phone +82-51-510-2311
E-mail ccheongpusanackr
Introduction Flow noise prediction and analysis based on flow dynamics and acoustic
theory and low noise design and noise control of the related machines
rotating machinery home appliance and transportation machines
Key Word Flow noise Fan noise Computational Aeroacoustics Sound Quality Flow-Structure Interaction Cavitation Noise
회전기계류 소음
전산음향학 유체구조상호작용해석
음질평가
Introduction
Material properties and constitutive relations
of engineering and biological materials
Fatigue analysis of mechanical parts and
systems
Integrated design for mechanical systems
Material Mechanics amp Integrated Design Lab Prof Park Seong hun Mechanical Systems Design Division
Research
Material mechanics of engineering and biological
materials
Structural analysis and optimal design of mechanical
systems
Fatigue test amp analysis of mechanical parts and systems
Fluid-structure-dynamics coupled analysis
Magnetic analysis of MR dampers
Design of dental and orthopaedic implants
Design of offshore wind turbine systems
Contact
Office Engineering Building 10 Room 10523
Phone +82-51-510-2330
E-mail pakspusanackr
Development amp analysis of wind turbine platforms
Development of vehicle active suspension systems
High speed spindle system design
CNC Automatic lathe
Experiment amp FEM modal analysis
0 4 8 12
0 4 8 12
B o d
y a
c c e
l e r a
t i o n
D
y n a
m i c
l o a
d
b Ω m Ω w Ω h Ω
b Ω m Ω w Ω h
Ω
Frequency ( Hz )
Frequency ( Hz )
Frequency response of suspension
Container unloading system development for Mobile Harbor
Container unloading system Mobile Harbor
Design of dental implants
Magnetic analysis amp design of MR dampers
Magneto analysis MR damper
Dental implant Structural analysis
Tribological response of femoral hip implants
Artificial Femoral Hip implant
laser
photodetector piezoelectric
actuator
cantilever deflection
probe height
laser
photodetector piezoelectric
actuator
cantilever deflection
probe height
Fatigue experiment amp analysis of Al pipes for air - conditioners
Fatigue experiment Stress intensity analysis
Keyword CAE FEA integrated design
material mechanics fatigue
Introduction
Reliability analysis amp simulation-based design optimization
Uncertainty quantification of input random variables
Computational analysis of mechanical systems
Multidisciplinary Design Analysis and Optimization Lab Prof Noh Yoojeong Mechanical Systems Design Division
Research
Uncertainty quantification for statistical modeling of input random variables such as material properties
Reliability-based design optimization of mechanical systems under input model uncertainty
Keyword simulation-based design under uncertainties uncertainty quantification computational analysis reliability engineering
Contact Office RMIT Room 421
Phone +82-51-510-2308
E-mail yoonohpusanackr
Flow analysis and component optimization of LPDIGDI high pressure fuel pump
Development of a trunk latch module with high reliability using small DC motor
Development of a method predicting optimal pressure distribution of vehicle wiper blades
Cost reduction and optimization of door hinges for large refrigerators
- 슬라이드 번호 1
- 슬라이드 번호 2
- 슬라이드 번호 3
- 슬라이드 번호 4
- 슬라이드 번호 5
- 슬라이드 번호 6
- 슬라이드 번호 7
- 슬라이드 번호 8
- 슬라이드 번호 9
- 슬라이드 번호 10
- 슬라이드 번호 11
- 슬라이드 번호 12
- 슬라이드 번호 13
- 슬라이드 번호 14
- 슬라이드 번호 15
-
Fracture Mechanics Laboratory Prof An Deuk Man Mechanical Systems Design Division
사진
Contact Office Engineering Building 10 10526
Phone +82-51-510-2326
E-mail dmanpusanackr
Introduction The research activities of Prof DeukMan An are at the intersection of
Mechanics Materials Science and Applied Mathematics Concepts and methods
of Mathematics are used to analyze the mechanical behaviors of materials
Particularly stress analysis in crack tips of various materials is our interest
Key Word Fracture Mechanics Crack Stress Analysis Stress Intensity Factor Applied Mathematics
Research Stress analysis in Fracture Mechanics
Calculation of Stress Intensity Factor
3-D Fracture Mechanics
Fracture Mechanics in Piezoelectric Materials
Weight Functions in Fracture Mechanics A) Compact Specimen
B) Compact Specimen Analysis
Introduction bull Laboratory is based on the kinetics of multi-body dynamics bull Computer is used for analyzing and modeling the system It is always inventing the way of appraising and improving performance
Key Word Multi-body system Dynamics Computer Aided Engineering
Computer Aided Engineering Laboratory Prof Yoo Wan Suk Mechanical Systems Design Division
Research Large displacement analysis and experiment
Analysis of a flexible Hose connected to a mother ship
Analysis of unwinding behaviors from spool dispensers
Dynamic Analysis of Floating Wind Turbine
Improvement of maneuvering stability of an vehicle
The development of tire model for ride quality analysis
Vehicle dynamic analysis for real-time based on the HIL
The development of the program for pulling analysis
Correlation of the driving load on the 3D road
Design Change in Circuit Breaker
Contact Office RIMT Room 316
Phone +82-51- 510-2328
E-mail wsyoopusanackr
0 1 2 3 4 5 6 7 8 9 10
-8-6-4-2
Steel
x-displacement[m] z-d
ispl
acem
ent[m
]
0 1 2 3 4 5 6 7 8 9 10
-8-6-4-2
Aluminum
x-displacement[m] z-d
ispl
acem
ent[m
]
0 1 2 3 4 5 6 7 8 9 10
-8-6-4-2
Brass
x-displacement[m] z-d
ispl
acem
ent[m
]
Yoo
Introduction Development of softwares available graphic user interface and 3D animation as well as research on the efficient algorithms for the kinematics dynamics and inverse dynamics of mechanical systems are executed in this lab Key Word kinematics dynamics
System Dynamics Lab Prof Lee Byung Hoon Mechanical Systems Design Division
Research Kinematics and dynamics of multibody systems Inverse kinematics and Tracked Vehicle Dynamics Human Body Dynamics
Contact Office Engineering Building 10 10520
Phone +82-51-510-2306
E-mail mebhleepusanackr
Software for the dynamics of mechanical systems
Software for the dynamics of a high mobility tracked vehicle
Vibration Control Laboratory Prof Lee Shi bok Mechanical Systems Design Division
사진
Research Vibration and Noise Analysis Design and Control
Dynamic Design of High Speed Spindle Systems
Vibration and Noise Reduction Design of Drum Brake
Numerical Analysis of the Coupled Structure-Acoustic
Systems by FEM-BEM
Muffler Development for High Power Heavy Excavators
Machine amp Structure Health Diagnosis
Contact
Office Engineering Building 10 10421
Phone +82-51-510-2315
E-mail sbleepusanackr
Introduction Vibration Design and Control
Motion Control
Noise Analysis Design and Control
Quality Engineering amp Failure Prevention Lab Prof Lee Joon Hyun Mechanical Systems Design Division
Research Quantitative analysis and visualization of defects
in nuclear power plant
Development of ALMS(Acoustic Leak Monitoring
System)
Defect characterization of composite material
using advanced guided wave technique
Develop a test procedure of thickness reduction
caused by FAC in nuclear power plant
Contact Office RMIT Room 319
Phone +82-51- 510-3078
E-mail johleepusanackr
Introduction Failure analysis and material characterization
Development of evaluation technique for components in nuclear power plant
Safety evaluation of structure with ultrasound
Key Word Ultrasound elastic wave health monitoring defect detection composite material acoustic emission
Optimum Design Lab Prof Lim O Kaung Mechanical Systems Design Division
사진
Research Study on Multiscale Simulation and TopologyGA-based Multiobjective
Structure Optimization Technique for Wind Turbine Blade
Development of Fundamental Technologies of substuctureplatform for
Deep Floating Sea Wind Turbine
Development of Reliability-based Optimum Design Technique and Program
for Functionally Graded Composites utilizing Multiscale Simulation
Topology and parameter optimization of a foaming jig reinforcement
structure by the response surface method
Optimum Shape Design of Gearbox Housing for 5MW Wind Turbines
Contact Office Research Institute of Mechanical Technology Room 301
Phone +82-51-510-2306
E-mail oklimpusanackr
Introduction Structural Optimum Design
Creative Design Method
Topology Optimization
Key Word Structural Analysis Optimal Design Design Sensitivity Creative Design Optimum Algorithm
Noise amp Vibration Lab Prof Jeong Weui Bong Mechanical Systems Design Division
Research
Home Appliance (Air conditioner Refrigerator Washing machine Compressor)
Submarine (High damping structure Duct Radiated noise Shock response)
Source Identification and Visualization
Shock Response spectrum Analysis
Fluid-structure Interacted Vibration
FEMBEM Computational analysis
Spectral Analysis of Measured signal
Contact Office Engineering Building 10 Room 10519
Phone +82-51-510-2337
E-mail wbjeongpusanackr
httpwwwnoisepekr
National Institute
12
LG 15
SAMSUNG 10
HYUNDAI 7
Public Corporation
3
Other Major Companies
11
etc 7
Laboratory members
Generalized SW NASTRAN SYSNOISE ANSYS FLUENThellip
Employment status of Alumni
Introduction Experiment and Signal Processing of Noise amp Vibration Analysis of Noise amp Vibration with FEMBEM Fusion Research (Structure + Acoustic + Fluid)
Key Word Noise vibration Computation Experiments FSI
Electro Mechanical Lab Prof Hwang Sang Moon Mechanical Systems Design Division
Research Design and analysis of BLDC BLAC machines used in EPSs of automobile
Design and analysis of electro motors used in wasing machines
Research of noise and vibration reduction of air-conditioner fan motors
Noise reduction design of electro motors used in home
electronic applications
Design and analysis of compact actuators used in DMB mobile phones
Development of receivers and microspeakers used in the bluetooth
Development of piezometer actuators
Contact Office Engineering Building 10 Room 10518
Phone +82-51-510-2468
E-mail shwangpusanackr
Introduction Electro Mechanical Lab(EM Lab) has researched the development and analaysis of
the applications used in practical industry by cooperating with the cooperation
laboratory and research institute Recently we are performing the noise and
vibration reduction design of the electro machines like motors analytsis of
microspeakers and home electonic applications and developing the next
generation compact multimedia actuators
Key Words Electromagnetic Noice vibration Electro machines Microspeaker
Wave and Structural Health Monitoring Lab
Prof Cho Youn ho
Mechanical Systems Design Division
사진
Introduction Wave mechanics is state of art technique consisting of solid mechanics vibration and instrumentation engineering and with it Wave and SHM lab is developing real time Structural Health Monitoring technique International Joint Research (Northwestern Univ Pennsylvania State Univ Georgia Institute of Tech Beijing Institute of Tech)
Key Word NDE Guided wave Structural Health Monitoring Ultrasonic Transducer Nonlinear Ultrasonic
Research Long range pipe real time inspection system and
imaging by tomography on power plant facilities Develop ultrasound sensor and signal analysis
techniques Detect micro closed crack with nonlinear
acoustics method Guided waves inspection techniques on high
speed rail vehicles and rail Structural health monitoring system on aircraft
and composite structure Guided wave inspection technique for Nuclear
power plant inaccessible area FEM BEM analysis for guided wave propagation
Contact Office Engineering Building 10 Room 10525 Phone +82-51-510-2323 E-mail mechcyhpusanackr
배관 항공기원자력발전소 및 발전 설비 구조물 진단
선박 용접부의 결함 검출 교량 상시 진단 열차선로 상태 진단
구조물의 결함 영상화 및 모델링 센서 디자인
부산대학교 첨단지능형 구조물 손상 모니터링 World Class University 사업단 연구소
Applied Mechanical Acoustics and Noise Control Lab Prof Cheong Cheol ung
영문이름
Mechanical Systems Design Division
사진
Research Rotating machinery noise Largesmall wind turbines fan
noise Computational Acoustics CAA schemes Fan broadband
noise Stochastic noise sources Sound Quality Sound index of automobile and
aircraft Fluid Structure Interaction
Sloshing and liquid damper cavitation noise and vibration
Contact Office Engineering Bldg 10 10523
Phone +82-51-510-2311
E-mail ccheongpusanackr
Introduction Flow noise prediction and analysis based on flow dynamics and acoustic
theory and low noise design and noise control of the related machines
rotating machinery home appliance and transportation machines
Key Word Flow noise Fan noise Computational Aeroacoustics Sound Quality Flow-Structure Interaction Cavitation Noise
회전기계류 소음
전산음향학 유체구조상호작용해석
음질평가
Introduction
Material properties and constitutive relations
of engineering and biological materials
Fatigue analysis of mechanical parts and
systems
Integrated design for mechanical systems
Material Mechanics amp Integrated Design Lab Prof Park Seong hun Mechanical Systems Design Division
Research
Material mechanics of engineering and biological
materials
Structural analysis and optimal design of mechanical
systems
Fatigue test amp analysis of mechanical parts and systems
Fluid-structure-dynamics coupled analysis
Magnetic analysis of MR dampers
Design of dental and orthopaedic implants
Design of offshore wind turbine systems
Contact
Office Engineering Building 10 Room 10523
Phone +82-51-510-2330
E-mail pakspusanackr
Development amp analysis of wind turbine platforms
Development of vehicle active suspension systems
High speed spindle system design
CNC Automatic lathe
Experiment amp FEM modal analysis
0 4 8 12
0 4 8 12
B o d
y a
c c e
l e r a
t i o n
D
y n a
m i c
l o a
d
b Ω m Ω w Ω h Ω
b Ω m Ω w Ω h
Ω
Frequency ( Hz )
Frequency ( Hz )
Frequency response of suspension
Container unloading system development for Mobile Harbor
Container unloading system Mobile Harbor
Design of dental implants
Magnetic analysis amp design of MR dampers
Magneto analysis MR damper
Dental implant Structural analysis
Tribological response of femoral hip implants
Artificial Femoral Hip implant
laser
photodetector piezoelectric
actuator
cantilever deflection
probe height
laser
photodetector piezoelectric
actuator
cantilever deflection
probe height
Fatigue experiment amp analysis of Al pipes for air - conditioners
Fatigue experiment Stress intensity analysis
Keyword CAE FEA integrated design
material mechanics fatigue
Introduction
Reliability analysis amp simulation-based design optimization
Uncertainty quantification of input random variables
Computational analysis of mechanical systems
Multidisciplinary Design Analysis and Optimization Lab Prof Noh Yoojeong Mechanical Systems Design Division
Research
Uncertainty quantification for statistical modeling of input random variables such as material properties
Reliability-based design optimization of mechanical systems under input model uncertainty
Keyword simulation-based design under uncertainties uncertainty quantification computational analysis reliability engineering
Contact Office RMIT Room 421
Phone +82-51-510-2308
E-mail yoonohpusanackr
Flow analysis and component optimization of LPDIGDI high pressure fuel pump
Development of a trunk latch module with high reliability using small DC motor
Development of a method predicting optimal pressure distribution of vehicle wiper blades
Cost reduction and optimization of door hinges for large refrigerators
- 슬라이드 번호 1
- 슬라이드 번호 2
- 슬라이드 번호 3
- 슬라이드 번호 4
- 슬라이드 번호 5
- 슬라이드 번호 6
- 슬라이드 번호 7
- 슬라이드 번호 8
- 슬라이드 번호 9
- 슬라이드 번호 10
- 슬라이드 번호 11
- 슬라이드 번호 12
- 슬라이드 번호 13
- 슬라이드 번호 14
- 슬라이드 번호 15
-
Introduction bull Laboratory is based on the kinetics of multi-body dynamics bull Computer is used for analyzing and modeling the system It is always inventing the way of appraising and improving performance
Key Word Multi-body system Dynamics Computer Aided Engineering
Computer Aided Engineering Laboratory Prof Yoo Wan Suk Mechanical Systems Design Division
Research Large displacement analysis and experiment
Analysis of a flexible Hose connected to a mother ship
Analysis of unwinding behaviors from spool dispensers
Dynamic Analysis of Floating Wind Turbine
Improvement of maneuvering stability of an vehicle
The development of tire model for ride quality analysis
Vehicle dynamic analysis for real-time based on the HIL
The development of the program for pulling analysis
Correlation of the driving load on the 3D road
Design Change in Circuit Breaker
Contact Office RIMT Room 316
Phone +82-51- 510-2328
E-mail wsyoopusanackr
0 1 2 3 4 5 6 7 8 9 10
-8-6-4-2
Steel
x-displacement[m] z-d
ispl
acem
ent[m
]
0 1 2 3 4 5 6 7 8 9 10
-8-6-4-2
Aluminum
x-displacement[m] z-d
ispl
acem
ent[m
]
0 1 2 3 4 5 6 7 8 9 10
-8-6-4-2
Brass
x-displacement[m] z-d
ispl
acem
ent[m
]
Yoo
Introduction Development of softwares available graphic user interface and 3D animation as well as research on the efficient algorithms for the kinematics dynamics and inverse dynamics of mechanical systems are executed in this lab Key Word kinematics dynamics
System Dynamics Lab Prof Lee Byung Hoon Mechanical Systems Design Division
Research Kinematics and dynamics of multibody systems Inverse kinematics and Tracked Vehicle Dynamics Human Body Dynamics
Contact Office Engineering Building 10 10520
Phone +82-51-510-2306
E-mail mebhleepusanackr
Software for the dynamics of mechanical systems
Software for the dynamics of a high mobility tracked vehicle
Vibration Control Laboratory Prof Lee Shi bok Mechanical Systems Design Division
사진
Research Vibration and Noise Analysis Design and Control
Dynamic Design of High Speed Spindle Systems
Vibration and Noise Reduction Design of Drum Brake
Numerical Analysis of the Coupled Structure-Acoustic
Systems by FEM-BEM
Muffler Development for High Power Heavy Excavators
Machine amp Structure Health Diagnosis
Contact
Office Engineering Building 10 10421
Phone +82-51-510-2315
E-mail sbleepusanackr
Introduction Vibration Design and Control
Motion Control
Noise Analysis Design and Control
Quality Engineering amp Failure Prevention Lab Prof Lee Joon Hyun Mechanical Systems Design Division
Research Quantitative analysis and visualization of defects
in nuclear power plant
Development of ALMS(Acoustic Leak Monitoring
System)
Defect characterization of composite material
using advanced guided wave technique
Develop a test procedure of thickness reduction
caused by FAC in nuclear power plant
Contact Office RMIT Room 319
Phone +82-51- 510-3078
E-mail johleepusanackr
Introduction Failure analysis and material characterization
Development of evaluation technique for components in nuclear power plant
Safety evaluation of structure with ultrasound
Key Word Ultrasound elastic wave health monitoring defect detection composite material acoustic emission
Optimum Design Lab Prof Lim O Kaung Mechanical Systems Design Division
사진
Research Study on Multiscale Simulation and TopologyGA-based Multiobjective
Structure Optimization Technique for Wind Turbine Blade
Development of Fundamental Technologies of substuctureplatform for
Deep Floating Sea Wind Turbine
Development of Reliability-based Optimum Design Technique and Program
for Functionally Graded Composites utilizing Multiscale Simulation
Topology and parameter optimization of a foaming jig reinforcement
structure by the response surface method
Optimum Shape Design of Gearbox Housing for 5MW Wind Turbines
Contact Office Research Institute of Mechanical Technology Room 301
Phone +82-51-510-2306
E-mail oklimpusanackr
Introduction Structural Optimum Design
Creative Design Method
Topology Optimization
Key Word Structural Analysis Optimal Design Design Sensitivity Creative Design Optimum Algorithm
Noise amp Vibration Lab Prof Jeong Weui Bong Mechanical Systems Design Division
Research
Home Appliance (Air conditioner Refrigerator Washing machine Compressor)
Submarine (High damping structure Duct Radiated noise Shock response)
Source Identification and Visualization
Shock Response spectrum Analysis
Fluid-structure Interacted Vibration
FEMBEM Computational analysis
Spectral Analysis of Measured signal
Contact Office Engineering Building 10 Room 10519
Phone +82-51-510-2337
E-mail wbjeongpusanackr
httpwwwnoisepekr
National Institute
12
LG 15
SAMSUNG 10
HYUNDAI 7
Public Corporation
3
Other Major Companies
11
etc 7
Laboratory members
Generalized SW NASTRAN SYSNOISE ANSYS FLUENThellip
Employment status of Alumni
Introduction Experiment and Signal Processing of Noise amp Vibration Analysis of Noise amp Vibration with FEMBEM Fusion Research (Structure + Acoustic + Fluid)
Key Word Noise vibration Computation Experiments FSI
Electro Mechanical Lab Prof Hwang Sang Moon Mechanical Systems Design Division
Research Design and analysis of BLDC BLAC machines used in EPSs of automobile
Design and analysis of electro motors used in wasing machines
Research of noise and vibration reduction of air-conditioner fan motors
Noise reduction design of electro motors used in home
electronic applications
Design and analysis of compact actuators used in DMB mobile phones
Development of receivers and microspeakers used in the bluetooth
Development of piezometer actuators
Contact Office Engineering Building 10 Room 10518
Phone +82-51-510-2468
E-mail shwangpusanackr
Introduction Electro Mechanical Lab(EM Lab) has researched the development and analaysis of
the applications used in practical industry by cooperating with the cooperation
laboratory and research institute Recently we are performing the noise and
vibration reduction design of the electro machines like motors analytsis of
microspeakers and home electonic applications and developing the next
generation compact multimedia actuators
Key Words Electromagnetic Noice vibration Electro machines Microspeaker
Wave and Structural Health Monitoring Lab
Prof Cho Youn ho
Mechanical Systems Design Division
사진
Introduction Wave mechanics is state of art technique consisting of solid mechanics vibration and instrumentation engineering and with it Wave and SHM lab is developing real time Structural Health Monitoring technique International Joint Research (Northwestern Univ Pennsylvania State Univ Georgia Institute of Tech Beijing Institute of Tech)
Key Word NDE Guided wave Structural Health Monitoring Ultrasonic Transducer Nonlinear Ultrasonic
Research Long range pipe real time inspection system and
imaging by tomography on power plant facilities Develop ultrasound sensor and signal analysis
techniques Detect micro closed crack with nonlinear
acoustics method Guided waves inspection techniques on high
speed rail vehicles and rail Structural health monitoring system on aircraft
and composite structure Guided wave inspection technique for Nuclear
power plant inaccessible area FEM BEM analysis for guided wave propagation
Contact Office Engineering Building 10 Room 10525 Phone +82-51-510-2323 E-mail mechcyhpusanackr
배관 항공기원자력발전소 및 발전 설비 구조물 진단
선박 용접부의 결함 검출 교량 상시 진단 열차선로 상태 진단
구조물의 결함 영상화 및 모델링 센서 디자인
부산대학교 첨단지능형 구조물 손상 모니터링 World Class University 사업단 연구소
Applied Mechanical Acoustics and Noise Control Lab Prof Cheong Cheol ung
영문이름
Mechanical Systems Design Division
사진
Research Rotating machinery noise Largesmall wind turbines fan
noise Computational Acoustics CAA schemes Fan broadband
noise Stochastic noise sources Sound Quality Sound index of automobile and
aircraft Fluid Structure Interaction
Sloshing and liquid damper cavitation noise and vibration
Contact Office Engineering Bldg 10 10523
Phone +82-51-510-2311
E-mail ccheongpusanackr
Introduction Flow noise prediction and analysis based on flow dynamics and acoustic
theory and low noise design and noise control of the related machines
rotating machinery home appliance and transportation machines
Key Word Flow noise Fan noise Computational Aeroacoustics Sound Quality Flow-Structure Interaction Cavitation Noise
회전기계류 소음
전산음향학 유체구조상호작용해석
음질평가
Introduction
Material properties and constitutive relations
of engineering and biological materials
Fatigue analysis of mechanical parts and
systems
Integrated design for mechanical systems
Material Mechanics amp Integrated Design Lab Prof Park Seong hun Mechanical Systems Design Division
Research
Material mechanics of engineering and biological
materials
Structural analysis and optimal design of mechanical
systems
Fatigue test amp analysis of mechanical parts and systems
Fluid-structure-dynamics coupled analysis
Magnetic analysis of MR dampers
Design of dental and orthopaedic implants
Design of offshore wind turbine systems
Contact
Office Engineering Building 10 Room 10523
Phone +82-51-510-2330
E-mail pakspusanackr
Development amp analysis of wind turbine platforms
Development of vehicle active suspension systems
High speed spindle system design
CNC Automatic lathe
Experiment amp FEM modal analysis
0 4 8 12
0 4 8 12
B o d
y a
c c e
l e r a
t i o n
D
y n a
m i c
l o a
d
b Ω m Ω w Ω h Ω
b Ω m Ω w Ω h
Ω
Frequency ( Hz )
Frequency ( Hz )
Frequency response of suspension
Container unloading system development for Mobile Harbor
Container unloading system Mobile Harbor
Design of dental implants
Magnetic analysis amp design of MR dampers
Magneto analysis MR damper
Dental implant Structural analysis
Tribological response of femoral hip implants
Artificial Femoral Hip implant
laser
photodetector piezoelectric
actuator
cantilever deflection
probe height
laser
photodetector piezoelectric
actuator
cantilever deflection
probe height
Fatigue experiment amp analysis of Al pipes for air - conditioners
Fatigue experiment Stress intensity analysis
Keyword CAE FEA integrated design
material mechanics fatigue
Introduction
Reliability analysis amp simulation-based design optimization
Uncertainty quantification of input random variables
Computational analysis of mechanical systems
Multidisciplinary Design Analysis and Optimization Lab Prof Noh Yoojeong Mechanical Systems Design Division
Research
Uncertainty quantification for statistical modeling of input random variables such as material properties
Reliability-based design optimization of mechanical systems under input model uncertainty
Keyword simulation-based design under uncertainties uncertainty quantification computational analysis reliability engineering
Contact Office RMIT Room 421
Phone +82-51-510-2308
E-mail yoonohpusanackr
Flow analysis and component optimization of LPDIGDI high pressure fuel pump
Development of a trunk latch module with high reliability using small DC motor
Development of a method predicting optimal pressure distribution of vehicle wiper blades
Cost reduction and optimization of door hinges for large refrigerators
- 슬라이드 번호 1
- 슬라이드 번호 2
- 슬라이드 번호 3
- 슬라이드 번호 4
- 슬라이드 번호 5
- 슬라이드 번호 6
- 슬라이드 번호 7
- 슬라이드 번호 8
- 슬라이드 번호 9
- 슬라이드 번호 10
- 슬라이드 번호 11
- 슬라이드 번호 12
- 슬라이드 번호 13
- 슬라이드 번호 14
- 슬라이드 번호 15
-
Introduction Development of softwares available graphic user interface and 3D animation as well as research on the efficient algorithms for the kinematics dynamics and inverse dynamics of mechanical systems are executed in this lab Key Word kinematics dynamics
System Dynamics Lab Prof Lee Byung Hoon Mechanical Systems Design Division
Research Kinematics and dynamics of multibody systems Inverse kinematics and Tracked Vehicle Dynamics Human Body Dynamics
Contact Office Engineering Building 10 10520
Phone +82-51-510-2306
E-mail mebhleepusanackr
Software for the dynamics of mechanical systems
Software for the dynamics of a high mobility tracked vehicle
Vibration Control Laboratory Prof Lee Shi bok Mechanical Systems Design Division
사진
Research Vibration and Noise Analysis Design and Control
Dynamic Design of High Speed Spindle Systems
Vibration and Noise Reduction Design of Drum Brake
Numerical Analysis of the Coupled Structure-Acoustic
Systems by FEM-BEM
Muffler Development for High Power Heavy Excavators
Machine amp Structure Health Diagnosis
Contact
Office Engineering Building 10 10421
Phone +82-51-510-2315
E-mail sbleepusanackr
Introduction Vibration Design and Control
Motion Control
Noise Analysis Design and Control
Quality Engineering amp Failure Prevention Lab Prof Lee Joon Hyun Mechanical Systems Design Division
Research Quantitative analysis and visualization of defects
in nuclear power plant
Development of ALMS(Acoustic Leak Monitoring
System)
Defect characterization of composite material
using advanced guided wave technique
Develop a test procedure of thickness reduction
caused by FAC in nuclear power plant
Contact Office RMIT Room 319
Phone +82-51- 510-3078
E-mail johleepusanackr
Introduction Failure analysis and material characterization
Development of evaluation technique for components in nuclear power plant
Safety evaluation of structure with ultrasound
Key Word Ultrasound elastic wave health monitoring defect detection composite material acoustic emission
Optimum Design Lab Prof Lim O Kaung Mechanical Systems Design Division
사진
Research Study on Multiscale Simulation and TopologyGA-based Multiobjective
Structure Optimization Technique for Wind Turbine Blade
Development of Fundamental Technologies of substuctureplatform for
Deep Floating Sea Wind Turbine
Development of Reliability-based Optimum Design Technique and Program
for Functionally Graded Composites utilizing Multiscale Simulation
Topology and parameter optimization of a foaming jig reinforcement
structure by the response surface method
Optimum Shape Design of Gearbox Housing for 5MW Wind Turbines
Contact Office Research Institute of Mechanical Technology Room 301
Phone +82-51-510-2306
E-mail oklimpusanackr
Introduction Structural Optimum Design
Creative Design Method
Topology Optimization
Key Word Structural Analysis Optimal Design Design Sensitivity Creative Design Optimum Algorithm
Noise amp Vibration Lab Prof Jeong Weui Bong Mechanical Systems Design Division
Research
Home Appliance (Air conditioner Refrigerator Washing machine Compressor)
Submarine (High damping structure Duct Radiated noise Shock response)
Source Identification and Visualization
Shock Response spectrum Analysis
Fluid-structure Interacted Vibration
FEMBEM Computational analysis
Spectral Analysis of Measured signal
Contact Office Engineering Building 10 Room 10519
Phone +82-51-510-2337
E-mail wbjeongpusanackr
httpwwwnoisepekr
National Institute
12
LG 15
SAMSUNG 10
HYUNDAI 7
Public Corporation
3
Other Major Companies
11
etc 7
Laboratory members
Generalized SW NASTRAN SYSNOISE ANSYS FLUENThellip
Employment status of Alumni
Introduction Experiment and Signal Processing of Noise amp Vibration Analysis of Noise amp Vibration with FEMBEM Fusion Research (Structure + Acoustic + Fluid)
Key Word Noise vibration Computation Experiments FSI
Electro Mechanical Lab Prof Hwang Sang Moon Mechanical Systems Design Division
Research Design and analysis of BLDC BLAC machines used in EPSs of automobile
Design and analysis of electro motors used in wasing machines
Research of noise and vibration reduction of air-conditioner fan motors
Noise reduction design of electro motors used in home
electronic applications
Design and analysis of compact actuators used in DMB mobile phones
Development of receivers and microspeakers used in the bluetooth
Development of piezometer actuators
Contact Office Engineering Building 10 Room 10518
Phone +82-51-510-2468
E-mail shwangpusanackr
Introduction Electro Mechanical Lab(EM Lab) has researched the development and analaysis of
the applications used in practical industry by cooperating with the cooperation
laboratory and research institute Recently we are performing the noise and
vibration reduction design of the electro machines like motors analytsis of
microspeakers and home electonic applications and developing the next
generation compact multimedia actuators
Key Words Electromagnetic Noice vibration Electro machines Microspeaker
Wave and Structural Health Monitoring Lab
Prof Cho Youn ho
Mechanical Systems Design Division
사진
Introduction Wave mechanics is state of art technique consisting of solid mechanics vibration and instrumentation engineering and with it Wave and SHM lab is developing real time Structural Health Monitoring technique International Joint Research (Northwestern Univ Pennsylvania State Univ Georgia Institute of Tech Beijing Institute of Tech)
Key Word NDE Guided wave Structural Health Monitoring Ultrasonic Transducer Nonlinear Ultrasonic
Research Long range pipe real time inspection system and
imaging by tomography on power plant facilities Develop ultrasound sensor and signal analysis
techniques Detect micro closed crack with nonlinear
acoustics method Guided waves inspection techniques on high
speed rail vehicles and rail Structural health monitoring system on aircraft
and composite structure Guided wave inspection technique for Nuclear
power plant inaccessible area FEM BEM analysis for guided wave propagation
Contact Office Engineering Building 10 Room 10525 Phone +82-51-510-2323 E-mail mechcyhpusanackr
배관 항공기원자력발전소 및 발전 설비 구조물 진단
선박 용접부의 결함 검출 교량 상시 진단 열차선로 상태 진단
구조물의 결함 영상화 및 모델링 센서 디자인
부산대학교 첨단지능형 구조물 손상 모니터링 World Class University 사업단 연구소
Applied Mechanical Acoustics and Noise Control Lab Prof Cheong Cheol ung
영문이름
Mechanical Systems Design Division
사진
Research Rotating machinery noise Largesmall wind turbines fan
noise Computational Acoustics CAA schemes Fan broadband
noise Stochastic noise sources Sound Quality Sound index of automobile and
aircraft Fluid Structure Interaction
Sloshing and liquid damper cavitation noise and vibration
Contact Office Engineering Bldg 10 10523
Phone +82-51-510-2311
E-mail ccheongpusanackr
Introduction Flow noise prediction and analysis based on flow dynamics and acoustic
theory and low noise design and noise control of the related machines
rotating machinery home appliance and transportation machines
Key Word Flow noise Fan noise Computational Aeroacoustics Sound Quality Flow-Structure Interaction Cavitation Noise
회전기계류 소음
전산음향학 유체구조상호작용해석
음질평가
Introduction
Material properties and constitutive relations
of engineering and biological materials
Fatigue analysis of mechanical parts and
systems
Integrated design for mechanical systems
Material Mechanics amp Integrated Design Lab Prof Park Seong hun Mechanical Systems Design Division
Research
Material mechanics of engineering and biological
materials
Structural analysis and optimal design of mechanical
systems
Fatigue test amp analysis of mechanical parts and systems
Fluid-structure-dynamics coupled analysis
Magnetic analysis of MR dampers
Design of dental and orthopaedic implants
Design of offshore wind turbine systems
Contact
Office Engineering Building 10 Room 10523
Phone +82-51-510-2330
E-mail pakspusanackr
Development amp analysis of wind turbine platforms
Development of vehicle active suspension systems
High speed spindle system design
CNC Automatic lathe
Experiment amp FEM modal analysis
0 4 8 12
0 4 8 12
B o d
y a
c c e
l e r a
t i o n
D
y n a
m i c
l o a
d
b Ω m Ω w Ω h Ω
b Ω m Ω w Ω h
Ω
Frequency ( Hz )
Frequency ( Hz )
Frequency response of suspension
Container unloading system development for Mobile Harbor
Container unloading system Mobile Harbor
Design of dental implants
Magnetic analysis amp design of MR dampers
Magneto analysis MR damper
Dental implant Structural analysis
Tribological response of femoral hip implants
Artificial Femoral Hip implant
laser
photodetector piezoelectric
actuator
cantilever deflection
probe height
laser
photodetector piezoelectric
actuator
cantilever deflection
probe height
Fatigue experiment amp analysis of Al pipes for air - conditioners
Fatigue experiment Stress intensity analysis
Keyword CAE FEA integrated design
material mechanics fatigue
Introduction
Reliability analysis amp simulation-based design optimization
Uncertainty quantification of input random variables
Computational analysis of mechanical systems
Multidisciplinary Design Analysis and Optimization Lab Prof Noh Yoojeong Mechanical Systems Design Division
Research
Uncertainty quantification for statistical modeling of input random variables such as material properties
Reliability-based design optimization of mechanical systems under input model uncertainty
Keyword simulation-based design under uncertainties uncertainty quantification computational analysis reliability engineering
Contact Office RMIT Room 421
Phone +82-51-510-2308
E-mail yoonohpusanackr
Flow analysis and component optimization of LPDIGDI high pressure fuel pump
Development of a trunk latch module with high reliability using small DC motor
Development of a method predicting optimal pressure distribution of vehicle wiper blades
Cost reduction and optimization of door hinges for large refrigerators
- 슬라이드 번호 1
- 슬라이드 번호 2
- 슬라이드 번호 3
- 슬라이드 번호 4
- 슬라이드 번호 5
- 슬라이드 번호 6
- 슬라이드 번호 7
- 슬라이드 번호 8
- 슬라이드 번호 9
- 슬라이드 번호 10
- 슬라이드 번호 11
- 슬라이드 번호 12
- 슬라이드 번호 13
- 슬라이드 번호 14
- 슬라이드 번호 15
-
Vibration Control Laboratory Prof Lee Shi bok Mechanical Systems Design Division
사진
Research Vibration and Noise Analysis Design and Control
Dynamic Design of High Speed Spindle Systems
Vibration and Noise Reduction Design of Drum Brake
Numerical Analysis of the Coupled Structure-Acoustic
Systems by FEM-BEM
Muffler Development for High Power Heavy Excavators
Machine amp Structure Health Diagnosis
Contact
Office Engineering Building 10 10421
Phone +82-51-510-2315
E-mail sbleepusanackr
Introduction Vibration Design and Control
Motion Control
Noise Analysis Design and Control
Quality Engineering amp Failure Prevention Lab Prof Lee Joon Hyun Mechanical Systems Design Division
Research Quantitative analysis and visualization of defects
in nuclear power plant
Development of ALMS(Acoustic Leak Monitoring
System)
Defect characterization of composite material
using advanced guided wave technique
Develop a test procedure of thickness reduction
caused by FAC in nuclear power plant
Contact Office RMIT Room 319
Phone +82-51- 510-3078
E-mail johleepusanackr
Introduction Failure analysis and material characterization
Development of evaluation technique for components in nuclear power plant
Safety evaluation of structure with ultrasound
Key Word Ultrasound elastic wave health monitoring defect detection composite material acoustic emission
Optimum Design Lab Prof Lim O Kaung Mechanical Systems Design Division
사진
Research Study on Multiscale Simulation and TopologyGA-based Multiobjective
Structure Optimization Technique for Wind Turbine Blade
Development of Fundamental Technologies of substuctureplatform for
Deep Floating Sea Wind Turbine
Development of Reliability-based Optimum Design Technique and Program
for Functionally Graded Composites utilizing Multiscale Simulation
Topology and parameter optimization of a foaming jig reinforcement
structure by the response surface method
Optimum Shape Design of Gearbox Housing for 5MW Wind Turbines
Contact Office Research Institute of Mechanical Technology Room 301
Phone +82-51-510-2306
E-mail oklimpusanackr
Introduction Structural Optimum Design
Creative Design Method
Topology Optimization
Key Word Structural Analysis Optimal Design Design Sensitivity Creative Design Optimum Algorithm
Noise amp Vibration Lab Prof Jeong Weui Bong Mechanical Systems Design Division
Research
Home Appliance (Air conditioner Refrigerator Washing machine Compressor)
Submarine (High damping structure Duct Radiated noise Shock response)
Source Identification and Visualization
Shock Response spectrum Analysis
Fluid-structure Interacted Vibration
FEMBEM Computational analysis
Spectral Analysis of Measured signal
Contact Office Engineering Building 10 Room 10519
Phone +82-51-510-2337
E-mail wbjeongpusanackr
httpwwwnoisepekr
National Institute
12
LG 15
SAMSUNG 10
HYUNDAI 7
Public Corporation
3
Other Major Companies
11
etc 7
Laboratory members
Generalized SW NASTRAN SYSNOISE ANSYS FLUENThellip
Employment status of Alumni
Introduction Experiment and Signal Processing of Noise amp Vibration Analysis of Noise amp Vibration with FEMBEM Fusion Research (Structure + Acoustic + Fluid)
Key Word Noise vibration Computation Experiments FSI
Electro Mechanical Lab Prof Hwang Sang Moon Mechanical Systems Design Division
Research Design and analysis of BLDC BLAC machines used in EPSs of automobile
Design and analysis of electro motors used in wasing machines
Research of noise and vibration reduction of air-conditioner fan motors
Noise reduction design of electro motors used in home
electronic applications
Design and analysis of compact actuators used in DMB mobile phones
Development of receivers and microspeakers used in the bluetooth
Development of piezometer actuators
Contact Office Engineering Building 10 Room 10518
Phone +82-51-510-2468
E-mail shwangpusanackr
Introduction Electro Mechanical Lab(EM Lab) has researched the development and analaysis of
the applications used in practical industry by cooperating with the cooperation
laboratory and research institute Recently we are performing the noise and
vibration reduction design of the electro machines like motors analytsis of
microspeakers and home electonic applications and developing the next
generation compact multimedia actuators
Key Words Electromagnetic Noice vibration Electro machines Microspeaker
Wave and Structural Health Monitoring Lab
Prof Cho Youn ho
Mechanical Systems Design Division
사진
Introduction Wave mechanics is state of art technique consisting of solid mechanics vibration and instrumentation engineering and with it Wave and SHM lab is developing real time Structural Health Monitoring technique International Joint Research (Northwestern Univ Pennsylvania State Univ Georgia Institute of Tech Beijing Institute of Tech)
Key Word NDE Guided wave Structural Health Monitoring Ultrasonic Transducer Nonlinear Ultrasonic
Research Long range pipe real time inspection system and
imaging by tomography on power plant facilities Develop ultrasound sensor and signal analysis
techniques Detect micro closed crack with nonlinear
acoustics method Guided waves inspection techniques on high
speed rail vehicles and rail Structural health monitoring system on aircraft
and composite structure Guided wave inspection technique for Nuclear
power plant inaccessible area FEM BEM analysis for guided wave propagation
Contact Office Engineering Building 10 Room 10525 Phone +82-51-510-2323 E-mail mechcyhpusanackr
배관 항공기원자력발전소 및 발전 설비 구조물 진단
선박 용접부의 결함 검출 교량 상시 진단 열차선로 상태 진단
구조물의 결함 영상화 및 모델링 센서 디자인
부산대학교 첨단지능형 구조물 손상 모니터링 World Class University 사업단 연구소
Applied Mechanical Acoustics and Noise Control Lab Prof Cheong Cheol ung
영문이름
Mechanical Systems Design Division
사진
Research Rotating machinery noise Largesmall wind turbines fan
noise Computational Acoustics CAA schemes Fan broadband
noise Stochastic noise sources Sound Quality Sound index of automobile and
aircraft Fluid Structure Interaction
Sloshing and liquid damper cavitation noise and vibration
Contact Office Engineering Bldg 10 10523
Phone +82-51-510-2311
E-mail ccheongpusanackr
Introduction Flow noise prediction and analysis based on flow dynamics and acoustic
theory and low noise design and noise control of the related machines
rotating machinery home appliance and transportation machines
Key Word Flow noise Fan noise Computational Aeroacoustics Sound Quality Flow-Structure Interaction Cavitation Noise
회전기계류 소음
전산음향학 유체구조상호작용해석
음질평가
Introduction
Material properties and constitutive relations
of engineering and biological materials
Fatigue analysis of mechanical parts and
systems
Integrated design for mechanical systems
Material Mechanics amp Integrated Design Lab Prof Park Seong hun Mechanical Systems Design Division
Research
Material mechanics of engineering and biological
materials
Structural analysis and optimal design of mechanical
systems
Fatigue test amp analysis of mechanical parts and systems
Fluid-structure-dynamics coupled analysis
Magnetic analysis of MR dampers
Design of dental and orthopaedic implants
Design of offshore wind turbine systems
Contact
Office Engineering Building 10 Room 10523
Phone +82-51-510-2330
E-mail pakspusanackr
Development amp analysis of wind turbine platforms
Development of vehicle active suspension systems
High speed spindle system design
CNC Automatic lathe
Experiment amp FEM modal analysis
0 4 8 12
0 4 8 12
B o d
y a
c c e
l e r a
t i o n
D
y n a
m i c
l o a
d
b Ω m Ω w Ω h Ω
b Ω m Ω w Ω h
Ω
Frequency ( Hz )
Frequency ( Hz )
Frequency response of suspension
Container unloading system development for Mobile Harbor
Container unloading system Mobile Harbor
Design of dental implants
Magnetic analysis amp design of MR dampers
Magneto analysis MR damper
Dental implant Structural analysis
Tribological response of femoral hip implants
Artificial Femoral Hip implant
laser
photodetector piezoelectric
actuator
cantilever deflection
probe height
laser
photodetector piezoelectric
actuator
cantilever deflection
probe height
Fatigue experiment amp analysis of Al pipes for air - conditioners
Fatigue experiment Stress intensity analysis
Keyword CAE FEA integrated design
material mechanics fatigue
Introduction
Reliability analysis amp simulation-based design optimization
Uncertainty quantification of input random variables
Computational analysis of mechanical systems
Multidisciplinary Design Analysis and Optimization Lab Prof Noh Yoojeong Mechanical Systems Design Division
Research
Uncertainty quantification for statistical modeling of input random variables such as material properties
Reliability-based design optimization of mechanical systems under input model uncertainty
Keyword simulation-based design under uncertainties uncertainty quantification computational analysis reliability engineering
Contact Office RMIT Room 421
Phone +82-51-510-2308
E-mail yoonohpusanackr
Flow analysis and component optimization of LPDIGDI high pressure fuel pump
Development of a trunk latch module with high reliability using small DC motor
Development of a method predicting optimal pressure distribution of vehicle wiper blades
Cost reduction and optimization of door hinges for large refrigerators
- 슬라이드 번호 1
- 슬라이드 번호 2
- 슬라이드 번호 3
- 슬라이드 번호 4
- 슬라이드 번호 5
- 슬라이드 번호 6
- 슬라이드 번호 7
- 슬라이드 번호 8
- 슬라이드 번호 9
- 슬라이드 번호 10
- 슬라이드 번호 11
- 슬라이드 번호 12
- 슬라이드 번호 13
- 슬라이드 번호 14
- 슬라이드 번호 15
-
Quality Engineering amp Failure Prevention Lab Prof Lee Joon Hyun Mechanical Systems Design Division
Research Quantitative analysis and visualization of defects
in nuclear power plant
Development of ALMS(Acoustic Leak Monitoring
System)
Defect characterization of composite material
using advanced guided wave technique
Develop a test procedure of thickness reduction
caused by FAC in nuclear power plant
Contact Office RMIT Room 319
Phone +82-51- 510-3078
E-mail johleepusanackr
Introduction Failure analysis and material characterization
Development of evaluation technique for components in nuclear power plant
Safety evaluation of structure with ultrasound
Key Word Ultrasound elastic wave health monitoring defect detection composite material acoustic emission
Optimum Design Lab Prof Lim O Kaung Mechanical Systems Design Division
사진
Research Study on Multiscale Simulation and TopologyGA-based Multiobjective
Structure Optimization Technique for Wind Turbine Blade
Development of Fundamental Technologies of substuctureplatform for
Deep Floating Sea Wind Turbine
Development of Reliability-based Optimum Design Technique and Program
for Functionally Graded Composites utilizing Multiscale Simulation
Topology and parameter optimization of a foaming jig reinforcement
structure by the response surface method
Optimum Shape Design of Gearbox Housing for 5MW Wind Turbines
Contact Office Research Institute of Mechanical Technology Room 301
Phone +82-51-510-2306
E-mail oklimpusanackr
Introduction Structural Optimum Design
Creative Design Method
Topology Optimization
Key Word Structural Analysis Optimal Design Design Sensitivity Creative Design Optimum Algorithm
Noise amp Vibration Lab Prof Jeong Weui Bong Mechanical Systems Design Division
Research
Home Appliance (Air conditioner Refrigerator Washing machine Compressor)
Submarine (High damping structure Duct Radiated noise Shock response)
Source Identification and Visualization
Shock Response spectrum Analysis
Fluid-structure Interacted Vibration
FEMBEM Computational analysis
Spectral Analysis of Measured signal
Contact Office Engineering Building 10 Room 10519
Phone +82-51-510-2337
E-mail wbjeongpusanackr
httpwwwnoisepekr
National Institute
12
LG 15
SAMSUNG 10
HYUNDAI 7
Public Corporation
3
Other Major Companies
11
etc 7
Laboratory members
Generalized SW NASTRAN SYSNOISE ANSYS FLUENThellip
Employment status of Alumni
Introduction Experiment and Signal Processing of Noise amp Vibration Analysis of Noise amp Vibration with FEMBEM Fusion Research (Structure + Acoustic + Fluid)
Key Word Noise vibration Computation Experiments FSI
Electro Mechanical Lab Prof Hwang Sang Moon Mechanical Systems Design Division
Research Design and analysis of BLDC BLAC machines used in EPSs of automobile
Design and analysis of electro motors used in wasing machines
Research of noise and vibration reduction of air-conditioner fan motors
Noise reduction design of electro motors used in home
electronic applications
Design and analysis of compact actuators used in DMB mobile phones
Development of receivers and microspeakers used in the bluetooth
Development of piezometer actuators
Contact Office Engineering Building 10 Room 10518
Phone +82-51-510-2468
E-mail shwangpusanackr
Introduction Electro Mechanical Lab(EM Lab) has researched the development and analaysis of
the applications used in practical industry by cooperating with the cooperation
laboratory and research institute Recently we are performing the noise and
vibration reduction design of the electro machines like motors analytsis of
microspeakers and home electonic applications and developing the next
generation compact multimedia actuators
Key Words Electromagnetic Noice vibration Electro machines Microspeaker
Wave and Structural Health Monitoring Lab
Prof Cho Youn ho
Mechanical Systems Design Division
사진
Introduction Wave mechanics is state of art technique consisting of solid mechanics vibration and instrumentation engineering and with it Wave and SHM lab is developing real time Structural Health Monitoring technique International Joint Research (Northwestern Univ Pennsylvania State Univ Georgia Institute of Tech Beijing Institute of Tech)
Key Word NDE Guided wave Structural Health Monitoring Ultrasonic Transducer Nonlinear Ultrasonic
Research Long range pipe real time inspection system and
imaging by tomography on power plant facilities Develop ultrasound sensor and signal analysis
techniques Detect micro closed crack with nonlinear
acoustics method Guided waves inspection techniques on high
speed rail vehicles and rail Structural health monitoring system on aircraft
and composite structure Guided wave inspection technique for Nuclear
power plant inaccessible area FEM BEM analysis for guided wave propagation
Contact Office Engineering Building 10 Room 10525 Phone +82-51-510-2323 E-mail mechcyhpusanackr
배관 항공기원자력발전소 및 발전 설비 구조물 진단
선박 용접부의 결함 검출 교량 상시 진단 열차선로 상태 진단
구조물의 결함 영상화 및 모델링 센서 디자인
부산대학교 첨단지능형 구조물 손상 모니터링 World Class University 사업단 연구소
Applied Mechanical Acoustics and Noise Control Lab Prof Cheong Cheol ung
영문이름
Mechanical Systems Design Division
사진
Research Rotating machinery noise Largesmall wind turbines fan
noise Computational Acoustics CAA schemes Fan broadband
noise Stochastic noise sources Sound Quality Sound index of automobile and
aircraft Fluid Structure Interaction
Sloshing and liquid damper cavitation noise and vibration
Contact Office Engineering Bldg 10 10523
Phone +82-51-510-2311
E-mail ccheongpusanackr
Introduction Flow noise prediction and analysis based on flow dynamics and acoustic
theory and low noise design and noise control of the related machines
rotating machinery home appliance and transportation machines
Key Word Flow noise Fan noise Computational Aeroacoustics Sound Quality Flow-Structure Interaction Cavitation Noise
회전기계류 소음
전산음향학 유체구조상호작용해석
음질평가
Introduction
Material properties and constitutive relations
of engineering and biological materials
Fatigue analysis of mechanical parts and
systems
Integrated design for mechanical systems
Material Mechanics amp Integrated Design Lab Prof Park Seong hun Mechanical Systems Design Division
Research
Material mechanics of engineering and biological
materials
Structural analysis and optimal design of mechanical
systems
Fatigue test amp analysis of mechanical parts and systems
Fluid-structure-dynamics coupled analysis
Magnetic analysis of MR dampers
Design of dental and orthopaedic implants
Design of offshore wind turbine systems
Contact
Office Engineering Building 10 Room 10523
Phone +82-51-510-2330
E-mail pakspusanackr
Development amp analysis of wind turbine platforms
Development of vehicle active suspension systems
High speed spindle system design
CNC Automatic lathe
Experiment amp FEM modal analysis
0 4 8 12
0 4 8 12
B o d
y a
c c e
l e r a
t i o n
D
y n a
m i c
l o a
d
b Ω m Ω w Ω h Ω
b Ω m Ω w Ω h
Ω
Frequency ( Hz )
Frequency ( Hz )
Frequency response of suspension
Container unloading system development for Mobile Harbor
Container unloading system Mobile Harbor
Design of dental implants
Magnetic analysis amp design of MR dampers
Magneto analysis MR damper
Dental implant Structural analysis
Tribological response of femoral hip implants
Artificial Femoral Hip implant
laser
photodetector piezoelectric
actuator
cantilever deflection
probe height
laser
photodetector piezoelectric
actuator
cantilever deflection
probe height
Fatigue experiment amp analysis of Al pipes for air - conditioners
Fatigue experiment Stress intensity analysis
Keyword CAE FEA integrated design
material mechanics fatigue
Introduction
Reliability analysis amp simulation-based design optimization
Uncertainty quantification of input random variables
Computational analysis of mechanical systems
Multidisciplinary Design Analysis and Optimization Lab Prof Noh Yoojeong Mechanical Systems Design Division
Research
Uncertainty quantification for statistical modeling of input random variables such as material properties
Reliability-based design optimization of mechanical systems under input model uncertainty
Keyword simulation-based design under uncertainties uncertainty quantification computational analysis reliability engineering
Contact Office RMIT Room 421
Phone +82-51-510-2308
E-mail yoonohpusanackr
Flow analysis and component optimization of LPDIGDI high pressure fuel pump
Development of a trunk latch module with high reliability using small DC motor
Development of a method predicting optimal pressure distribution of vehicle wiper blades
Cost reduction and optimization of door hinges for large refrigerators
- 슬라이드 번호 1
- 슬라이드 번호 2
- 슬라이드 번호 3
- 슬라이드 번호 4
- 슬라이드 번호 5
- 슬라이드 번호 6
- 슬라이드 번호 7
- 슬라이드 번호 8
- 슬라이드 번호 9
- 슬라이드 번호 10
- 슬라이드 번호 11
- 슬라이드 번호 12
- 슬라이드 번호 13
- 슬라이드 번호 14
- 슬라이드 번호 15
-
Optimum Design Lab Prof Lim O Kaung Mechanical Systems Design Division
사진
Research Study on Multiscale Simulation and TopologyGA-based Multiobjective
Structure Optimization Technique for Wind Turbine Blade
Development of Fundamental Technologies of substuctureplatform for
Deep Floating Sea Wind Turbine
Development of Reliability-based Optimum Design Technique and Program
for Functionally Graded Composites utilizing Multiscale Simulation
Topology and parameter optimization of a foaming jig reinforcement
structure by the response surface method
Optimum Shape Design of Gearbox Housing for 5MW Wind Turbines
Contact Office Research Institute of Mechanical Technology Room 301
Phone +82-51-510-2306
E-mail oklimpusanackr
Introduction Structural Optimum Design
Creative Design Method
Topology Optimization
Key Word Structural Analysis Optimal Design Design Sensitivity Creative Design Optimum Algorithm
Noise amp Vibration Lab Prof Jeong Weui Bong Mechanical Systems Design Division
Research
Home Appliance (Air conditioner Refrigerator Washing machine Compressor)
Submarine (High damping structure Duct Radiated noise Shock response)
Source Identification and Visualization
Shock Response spectrum Analysis
Fluid-structure Interacted Vibration
FEMBEM Computational analysis
Spectral Analysis of Measured signal
Contact Office Engineering Building 10 Room 10519
Phone +82-51-510-2337
E-mail wbjeongpusanackr
httpwwwnoisepekr
National Institute
12
LG 15
SAMSUNG 10
HYUNDAI 7
Public Corporation
3
Other Major Companies
11
etc 7
Laboratory members
Generalized SW NASTRAN SYSNOISE ANSYS FLUENThellip
Employment status of Alumni
Introduction Experiment and Signal Processing of Noise amp Vibration Analysis of Noise amp Vibration with FEMBEM Fusion Research (Structure + Acoustic + Fluid)
Key Word Noise vibration Computation Experiments FSI
Electro Mechanical Lab Prof Hwang Sang Moon Mechanical Systems Design Division
Research Design and analysis of BLDC BLAC machines used in EPSs of automobile
Design and analysis of electro motors used in wasing machines
Research of noise and vibration reduction of air-conditioner fan motors
Noise reduction design of electro motors used in home
electronic applications
Design and analysis of compact actuators used in DMB mobile phones
Development of receivers and microspeakers used in the bluetooth
Development of piezometer actuators
Contact Office Engineering Building 10 Room 10518
Phone +82-51-510-2468
E-mail shwangpusanackr
Introduction Electro Mechanical Lab(EM Lab) has researched the development and analaysis of
the applications used in practical industry by cooperating with the cooperation
laboratory and research institute Recently we are performing the noise and
vibration reduction design of the electro machines like motors analytsis of
microspeakers and home electonic applications and developing the next
generation compact multimedia actuators
Key Words Electromagnetic Noice vibration Electro machines Microspeaker
Wave and Structural Health Monitoring Lab
Prof Cho Youn ho
Mechanical Systems Design Division
사진
Introduction Wave mechanics is state of art technique consisting of solid mechanics vibration and instrumentation engineering and with it Wave and SHM lab is developing real time Structural Health Monitoring technique International Joint Research (Northwestern Univ Pennsylvania State Univ Georgia Institute of Tech Beijing Institute of Tech)
Key Word NDE Guided wave Structural Health Monitoring Ultrasonic Transducer Nonlinear Ultrasonic
Research Long range pipe real time inspection system and
imaging by tomography on power plant facilities Develop ultrasound sensor and signal analysis
techniques Detect micro closed crack with nonlinear
acoustics method Guided waves inspection techniques on high
speed rail vehicles and rail Structural health monitoring system on aircraft
and composite structure Guided wave inspection technique for Nuclear
power plant inaccessible area FEM BEM analysis for guided wave propagation
Contact Office Engineering Building 10 Room 10525 Phone +82-51-510-2323 E-mail mechcyhpusanackr
배관 항공기원자력발전소 및 발전 설비 구조물 진단
선박 용접부의 결함 검출 교량 상시 진단 열차선로 상태 진단
구조물의 결함 영상화 및 모델링 센서 디자인
부산대학교 첨단지능형 구조물 손상 모니터링 World Class University 사업단 연구소
Applied Mechanical Acoustics and Noise Control Lab Prof Cheong Cheol ung
영문이름
Mechanical Systems Design Division
사진
Research Rotating machinery noise Largesmall wind turbines fan
noise Computational Acoustics CAA schemes Fan broadband
noise Stochastic noise sources Sound Quality Sound index of automobile and
aircraft Fluid Structure Interaction
Sloshing and liquid damper cavitation noise and vibration
Contact Office Engineering Bldg 10 10523
Phone +82-51-510-2311
E-mail ccheongpusanackr
Introduction Flow noise prediction and analysis based on flow dynamics and acoustic
theory and low noise design and noise control of the related machines
rotating machinery home appliance and transportation machines
Key Word Flow noise Fan noise Computational Aeroacoustics Sound Quality Flow-Structure Interaction Cavitation Noise
회전기계류 소음
전산음향학 유체구조상호작용해석
음질평가
Introduction
Material properties and constitutive relations
of engineering and biological materials
Fatigue analysis of mechanical parts and
systems
Integrated design for mechanical systems
Material Mechanics amp Integrated Design Lab Prof Park Seong hun Mechanical Systems Design Division
Research
Material mechanics of engineering and biological
materials
Structural analysis and optimal design of mechanical
systems
Fatigue test amp analysis of mechanical parts and systems
Fluid-structure-dynamics coupled analysis
Magnetic analysis of MR dampers
Design of dental and orthopaedic implants
Design of offshore wind turbine systems
Contact
Office Engineering Building 10 Room 10523
Phone +82-51-510-2330
E-mail pakspusanackr
Development amp analysis of wind turbine platforms
Development of vehicle active suspension systems
High speed spindle system design
CNC Automatic lathe
Experiment amp FEM modal analysis
0 4 8 12
0 4 8 12
B o d
y a
c c e
l e r a
t i o n
D
y n a
m i c
l o a
d
b Ω m Ω w Ω h Ω
b Ω m Ω w Ω h
Ω
Frequency ( Hz )
Frequency ( Hz )
Frequency response of suspension
Container unloading system development for Mobile Harbor
Container unloading system Mobile Harbor
Design of dental implants
Magnetic analysis amp design of MR dampers
Magneto analysis MR damper
Dental implant Structural analysis
Tribological response of femoral hip implants
Artificial Femoral Hip implant
laser
photodetector piezoelectric
actuator
cantilever deflection
probe height
laser
photodetector piezoelectric
actuator
cantilever deflection
probe height
Fatigue experiment amp analysis of Al pipes for air - conditioners
Fatigue experiment Stress intensity analysis
Keyword CAE FEA integrated design
material mechanics fatigue
Introduction
Reliability analysis amp simulation-based design optimization
Uncertainty quantification of input random variables
Computational analysis of mechanical systems
Multidisciplinary Design Analysis and Optimization Lab Prof Noh Yoojeong Mechanical Systems Design Division
Research
Uncertainty quantification for statistical modeling of input random variables such as material properties
Reliability-based design optimization of mechanical systems under input model uncertainty
Keyword simulation-based design under uncertainties uncertainty quantification computational analysis reliability engineering
Contact Office RMIT Room 421
Phone +82-51-510-2308
E-mail yoonohpusanackr
Flow analysis and component optimization of LPDIGDI high pressure fuel pump
Development of a trunk latch module with high reliability using small DC motor
Development of a method predicting optimal pressure distribution of vehicle wiper blades
Cost reduction and optimization of door hinges for large refrigerators
- 슬라이드 번호 1
- 슬라이드 번호 2
- 슬라이드 번호 3
- 슬라이드 번호 4
- 슬라이드 번호 5
- 슬라이드 번호 6
- 슬라이드 번호 7
- 슬라이드 번호 8
- 슬라이드 번호 9
- 슬라이드 번호 10
- 슬라이드 번호 11
- 슬라이드 번호 12
- 슬라이드 번호 13
- 슬라이드 번호 14
- 슬라이드 번호 15
-
Noise amp Vibration Lab Prof Jeong Weui Bong Mechanical Systems Design Division
Research
Home Appliance (Air conditioner Refrigerator Washing machine Compressor)
Submarine (High damping structure Duct Radiated noise Shock response)
Source Identification and Visualization
Shock Response spectrum Analysis
Fluid-structure Interacted Vibration
FEMBEM Computational analysis
Spectral Analysis of Measured signal
Contact Office Engineering Building 10 Room 10519
Phone +82-51-510-2337
E-mail wbjeongpusanackr
httpwwwnoisepekr
National Institute
12
LG 15
SAMSUNG 10
HYUNDAI 7
Public Corporation
3
Other Major Companies
11
etc 7
Laboratory members
Generalized SW NASTRAN SYSNOISE ANSYS FLUENThellip
Employment status of Alumni
Introduction Experiment and Signal Processing of Noise amp Vibration Analysis of Noise amp Vibration with FEMBEM Fusion Research (Structure + Acoustic + Fluid)
Key Word Noise vibration Computation Experiments FSI
Electro Mechanical Lab Prof Hwang Sang Moon Mechanical Systems Design Division
Research Design and analysis of BLDC BLAC machines used in EPSs of automobile
Design and analysis of electro motors used in wasing machines
Research of noise and vibration reduction of air-conditioner fan motors
Noise reduction design of electro motors used in home
electronic applications
Design and analysis of compact actuators used in DMB mobile phones
Development of receivers and microspeakers used in the bluetooth
Development of piezometer actuators
Contact Office Engineering Building 10 Room 10518
Phone +82-51-510-2468
E-mail shwangpusanackr
Introduction Electro Mechanical Lab(EM Lab) has researched the development and analaysis of
the applications used in practical industry by cooperating with the cooperation
laboratory and research institute Recently we are performing the noise and
vibration reduction design of the electro machines like motors analytsis of
microspeakers and home electonic applications and developing the next
generation compact multimedia actuators
Key Words Electromagnetic Noice vibration Electro machines Microspeaker
Wave and Structural Health Monitoring Lab
Prof Cho Youn ho
Mechanical Systems Design Division
사진
Introduction Wave mechanics is state of art technique consisting of solid mechanics vibration and instrumentation engineering and with it Wave and SHM lab is developing real time Structural Health Monitoring technique International Joint Research (Northwestern Univ Pennsylvania State Univ Georgia Institute of Tech Beijing Institute of Tech)
Key Word NDE Guided wave Structural Health Monitoring Ultrasonic Transducer Nonlinear Ultrasonic
Research Long range pipe real time inspection system and
imaging by tomography on power plant facilities Develop ultrasound sensor and signal analysis
techniques Detect micro closed crack with nonlinear
acoustics method Guided waves inspection techniques on high
speed rail vehicles and rail Structural health monitoring system on aircraft
and composite structure Guided wave inspection technique for Nuclear
power plant inaccessible area FEM BEM analysis for guided wave propagation
Contact Office Engineering Building 10 Room 10525 Phone +82-51-510-2323 E-mail mechcyhpusanackr
배관 항공기원자력발전소 및 발전 설비 구조물 진단
선박 용접부의 결함 검출 교량 상시 진단 열차선로 상태 진단
구조물의 결함 영상화 및 모델링 센서 디자인
부산대학교 첨단지능형 구조물 손상 모니터링 World Class University 사업단 연구소
Applied Mechanical Acoustics and Noise Control Lab Prof Cheong Cheol ung
영문이름
Mechanical Systems Design Division
사진
Research Rotating machinery noise Largesmall wind turbines fan
noise Computational Acoustics CAA schemes Fan broadband
noise Stochastic noise sources Sound Quality Sound index of automobile and
aircraft Fluid Structure Interaction
Sloshing and liquid damper cavitation noise and vibration
Contact Office Engineering Bldg 10 10523
Phone +82-51-510-2311
E-mail ccheongpusanackr
Introduction Flow noise prediction and analysis based on flow dynamics and acoustic
theory and low noise design and noise control of the related machines
rotating machinery home appliance and transportation machines
Key Word Flow noise Fan noise Computational Aeroacoustics Sound Quality Flow-Structure Interaction Cavitation Noise
회전기계류 소음
전산음향학 유체구조상호작용해석
음질평가
Introduction
Material properties and constitutive relations
of engineering and biological materials
Fatigue analysis of mechanical parts and
systems
Integrated design for mechanical systems
Material Mechanics amp Integrated Design Lab Prof Park Seong hun Mechanical Systems Design Division
Research
Material mechanics of engineering and biological
materials
Structural analysis and optimal design of mechanical
systems
Fatigue test amp analysis of mechanical parts and systems
Fluid-structure-dynamics coupled analysis
Magnetic analysis of MR dampers
Design of dental and orthopaedic implants
Design of offshore wind turbine systems
Contact
Office Engineering Building 10 Room 10523
Phone +82-51-510-2330
E-mail pakspusanackr
Development amp analysis of wind turbine platforms
Development of vehicle active suspension systems
High speed spindle system design
CNC Automatic lathe
Experiment amp FEM modal analysis
0 4 8 12
0 4 8 12
B o d
y a
c c e
l e r a
t i o n
D
y n a
m i c
l o a
d
b Ω m Ω w Ω h Ω
b Ω m Ω w Ω h
Ω
Frequency ( Hz )
Frequency ( Hz )
Frequency response of suspension
Container unloading system development for Mobile Harbor
Container unloading system Mobile Harbor
Design of dental implants
Magnetic analysis amp design of MR dampers
Magneto analysis MR damper
Dental implant Structural analysis
Tribological response of femoral hip implants
Artificial Femoral Hip implant
laser
photodetector piezoelectric
actuator
cantilever deflection
probe height
laser
photodetector piezoelectric
actuator
cantilever deflection
probe height
Fatigue experiment amp analysis of Al pipes for air - conditioners
Fatigue experiment Stress intensity analysis
Keyword CAE FEA integrated design
material mechanics fatigue
Introduction
Reliability analysis amp simulation-based design optimization
Uncertainty quantification of input random variables
Computational analysis of mechanical systems
Multidisciplinary Design Analysis and Optimization Lab Prof Noh Yoojeong Mechanical Systems Design Division
Research
Uncertainty quantification for statistical modeling of input random variables such as material properties
Reliability-based design optimization of mechanical systems under input model uncertainty
Keyword simulation-based design under uncertainties uncertainty quantification computational analysis reliability engineering
Contact Office RMIT Room 421
Phone +82-51-510-2308
E-mail yoonohpusanackr
Flow analysis and component optimization of LPDIGDI high pressure fuel pump
Development of a trunk latch module with high reliability using small DC motor
Development of a method predicting optimal pressure distribution of vehicle wiper blades
Cost reduction and optimization of door hinges for large refrigerators
- 슬라이드 번호 1
- 슬라이드 번호 2
- 슬라이드 번호 3
- 슬라이드 번호 4
- 슬라이드 번호 5
- 슬라이드 번호 6
- 슬라이드 번호 7
- 슬라이드 번호 8
- 슬라이드 번호 9
- 슬라이드 번호 10
- 슬라이드 번호 11
- 슬라이드 번호 12
- 슬라이드 번호 13
- 슬라이드 번호 14
- 슬라이드 번호 15
-
Electro Mechanical Lab Prof Hwang Sang Moon Mechanical Systems Design Division
Research Design and analysis of BLDC BLAC machines used in EPSs of automobile
Design and analysis of electro motors used in wasing machines
Research of noise and vibration reduction of air-conditioner fan motors
Noise reduction design of electro motors used in home
electronic applications
Design and analysis of compact actuators used in DMB mobile phones
Development of receivers and microspeakers used in the bluetooth
Development of piezometer actuators
Contact Office Engineering Building 10 Room 10518
Phone +82-51-510-2468
E-mail shwangpusanackr
Introduction Electro Mechanical Lab(EM Lab) has researched the development and analaysis of
the applications used in practical industry by cooperating with the cooperation
laboratory and research institute Recently we are performing the noise and
vibration reduction design of the electro machines like motors analytsis of
microspeakers and home electonic applications and developing the next
generation compact multimedia actuators
Key Words Electromagnetic Noice vibration Electro machines Microspeaker
Wave and Structural Health Monitoring Lab
Prof Cho Youn ho
Mechanical Systems Design Division
사진
Introduction Wave mechanics is state of art technique consisting of solid mechanics vibration and instrumentation engineering and with it Wave and SHM lab is developing real time Structural Health Monitoring technique International Joint Research (Northwestern Univ Pennsylvania State Univ Georgia Institute of Tech Beijing Institute of Tech)
Key Word NDE Guided wave Structural Health Monitoring Ultrasonic Transducer Nonlinear Ultrasonic
Research Long range pipe real time inspection system and
imaging by tomography on power plant facilities Develop ultrasound sensor and signal analysis
techniques Detect micro closed crack with nonlinear
acoustics method Guided waves inspection techniques on high
speed rail vehicles and rail Structural health monitoring system on aircraft
and composite structure Guided wave inspection technique for Nuclear
power plant inaccessible area FEM BEM analysis for guided wave propagation
Contact Office Engineering Building 10 Room 10525 Phone +82-51-510-2323 E-mail mechcyhpusanackr
배관 항공기원자력발전소 및 발전 설비 구조물 진단
선박 용접부의 결함 검출 교량 상시 진단 열차선로 상태 진단
구조물의 결함 영상화 및 모델링 센서 디자인
부산대학교 첨단지능형 구조물 손상 모니터링 World Class University 사업단 연구소
Applied Mechanical Acoustics and Noise Control Lab Prof Cheong Cheol ung
영문이름
Mechanical Systems Design Division
사진
Research Rotating machinery noise Largesmall wind turbines fan
noise Computational Acoustics CAA schemes Fan broadband
noise Stochastic noise sources Sound Quality Sound index of automobile and
aircraft Fluid Structure Interaction
Sloshing and liquid damper cavitation noise and vibration
Contact Office Engineering Bldg 10 10523
Phone +82-51-510-2311
E-mail ccheongpusanackr
Introduction Flow noise prediction and analysis based on flow dynamics and acoustic
theory and low noise design and noise control of the related machines
rotating machinery home appliance and transportation machines
Key Word Flow noise Fan noise Computational Aeroacoustics Sound Quality Flow-Structure Interaction Cavitation Noise
회전기계류 소음
전산음향학 유체구조상호작용해석
음질평가
Introduction
Material properties and constitutive relations
of engineering and biological materials
Fatigue analysis of mechanical parts and
systems
Integrated design for mechanical systems
Material Mechanics amp Integrated Design Lab Prof Park Seong hun Mechanical Systems Design Division
Research
Material mechanics of engineering and biological
materials
Structural analysis and optimal design of mechanical
systems
Fatigue test amp analysis of mechanical parts and systems
Fluid-structure-dynamics coupled analysis
Magnetic analysis of MR dampers
Design of dental and orthopaedic implants
Design of offshore wind turbine systems
Contact
Office Engineering Building 10 Room 10523
Phone +82-51-510-2330
E-mail pakspusanackr
Development amp analysis of wind turbine platforms
Development of vehicle active suspension systems
High speed spindle system design
CNC Automatic lathe
Experiment amp FEM modal analysis
0 4 8 12
0 4 8 12
B o d
y a
c c e
l e r a
t i o n
D
y n a
m i c
l o a
d
b Ω m Ω w Ω h Ω
b Ω m Ω w Ω h
Ω
Frequency ( Hz )
Frequency ( Hz )
Frequency response of suspension
Container unloading system development for Mobile Harbor
Container unloading system Mobile Harbor
Design of dental implants
Magnetic analysis amp design of MR dampers
Magneto analysis MR damper
Dental implant Structural analysis
Tribological response of femoral hip implants
Artificial Femoral Hip implant
laser
photodetector piezoelectric
actuator
cantilever deflection
probe height
laser
photodetector piezoelectric
actuator
cantilever deflection
probe height
Fatigue experiment amp analysis of Al pipes for air - conditioners
Fatigue experiment Stress intensity analysis
Keyword CAE FEA integrated design
material mechanics fatigue
Introduction
Reliability analysis amp simulation-based design optimization
Uncertainty quantification of input random variables
Computational analysis of mechanical systems
Multidisciplinary Design Analysis and Optimization Lab Prof Noh Yoojeong Mechanical Systems Design Division
Research
Uncertainty quantification for statistical modeling of input random variables such as material properties
Reliability-based design optimization of mechanical systems under input model uncertainty
Keyword simulation-based design under uncertainties uncertainty quantification computational analysis reliability engineering
Contact Office RMIT Room 421
Phone +82-51-510-2308
E-mail yoonohpusanackr
Flow analysis and component optimization of LPDIGDI high pressure fuel pump
Development of a trunk latch module with high reliability using small DC motor
Development of a method predicting optimal pressure distribution of vehicle wiper blades
Cost reduction and optimization of door hinges for large refrigerators
- 슬라이드 번호 1
- 슬라이드 번호 2
- 슬라이드 번호 3
- 슬라이드 번호 4
- 슬라이드 번호 5
- 슬라이드 번호 6
- 슬라이드 번호 7
- 슬라이드 번호 8
- 슬라이드 번호 9
- 슬라이드 번호 10
- 슬라이드 번호 11
- 슬라이드 번호 12
- 슬라이드 번호 13
- 슬라이드 번호 14
- 슬라이드 번호 15
-
Wave and Structural Health Monitoring Lab
Prof Cho Youn ho
Mechanical Systems Design Division
사진
Introduction Wave mechanics is state of art technique consisting of solid mechanics vibration and instrumentation engineering and with it Wave and SHM lab is developing real time Structural Health Monitoring technique International Joint Research (Northwestern Univ Pennsylvania State Univ Georgia Institute of Tech Beijing Institute of Tech)
Key Word NDE Guided wave Structural Health Monitoring Ultrasonic Transducer Nonlinear Ultrasonic
Research Long range pipe real time inspection system and
imaging by tomography on power plant facilities Develop ultrasound sensor and signal analysis
techniques Detect micro closed crack with nonlinear
acoustics method Guided waves inspection techniques on high
speed rail vehicles and rail Structural health monitoring system on aircraft
and composite structure Guided wave inspection technique for Nuclear
power plant inaccessible area FEM BEM analysis for guided wave propagation
Contact Office Engineering Building 10 Room 10525 Phone +82-51-510-2323 E-mail mechcyhpusanackr
배관 항공기원자력발전소 및 발전 설비 구조물 진단
선박 용접부의 결함 검출 교량 상시 진단 열차선로 상태 진단
구조물의 결함 영상화 및 모델링 센서 디자인
부산대학교 첨단지능형 구조물 손상 모니터링 World Class University 사업단 연구소
Applied Mechanical Acoustics and Noise Control Lab Prof Cheong Cheol ung
영문이름
Mechanical Systems Design Division
사진
Research Rotating machinery noise Largesmall wind turbines fan
noise Computational Acoustics CAA schemes Fan broadband
noise Stochastic noise sources Sound Quality Sound index of automobile and
aircraft Fluid Structure Interaction
Sloshing and liquid damper cavitation noise and vibration
Contact Office Engineering Bldg 10 10523
Phone +82-51-510-2311
E-mail ccheongpusanackr
Introduction Flow noise prediction and analysis based on flow dynamics and acoustic
theory and low noise design and noise control of the related machines
rotating machinery home appliance and transportation machines
Key Word Flow noise Fan noise Computational Aeroacoustics Sound Quality Flow-Structure Interaction Cavitation Noise
회전기계류 소음
전산음향학 유체구조상호작용해석
음질평가
Introduction
Material properties and constitutive relations
of engineering and biological materials
Fatigue analysis of mechanical parts and
systems
Integrated design for mechanical systems
Material Mechanics amp Integrated Design Lab Prof Park Seong hun Mechanical Systems Design Division
Research
Material mechanics of engineering and biological
materials
Structural analysis and optimal design of mechanical
systems
Fatigue test amp analysis of mechanical parts and systems
Fluid-structure-dynamics coupled analysis
Magnetic analysis of MR dampers
Design of dental and orthopaedic implants
Design of offshore wind turbine systems
Contact
Office Engineering Building 10 Room 10523
Phone +82-51-510-2330
E-mail pakspusanackr
Development amp analysis of wind turbine platforms
Development of vehicle active suspension systems
High speed spindle system design
CNC Automatic lathe
Experiment amp FEM modal analysis
0 4 8 12
0 4 8 12
B o d
y a
c c e
l e r a
t i o n
D
y n a
m i c
l o a
d
b Ω m Ω w Ω h Ω
b Ω m Ω w Ω h
Ω
Frequency ( Hz )
Frequency ( Hz )
Frequency response of suspension
Container unloading system development for Mobile Harbor
Container unloading system Mobile Harbor
Design of dental implants
Magnetic analysis amp design of MR dampers
Magneto analysis MR damper
Dental implant Structural analysis
Tribological response of femoral hip implants
Artificial Femoral Hip implant
laser
photodetector piezoelectric
actuator
cantilever deflection
probe height
laser
photodetector piezoelectric
actuator
cantilever deflection
probe height
Fatigue experiment amp analysis of Al pipes for air - conditioners
Fatigue experiment Stress intensity analysis
Keyword CAE FEA integrated design
material mechanics fatigue
Introduction
Reliability analysis amp simulation-based design optimization
Uncertainty quantification of input random variables
Computational analysis of mechanical systems
Multidisciplinary Design Analysis and Optimization Lab Prof Noh Yoojeong Mechanical Systems Design Division
Research
Uncertainty quantification for statistical modeling of input random variables such as material properties
Reliability-based design optimization of mechanical systems under input model uncertainty
Keyword simulation-based design under uncertainties uncertainty quantification computational analysis reliability engineering
Contact Office RMIT Room 421
Phone +82-51-510-2308
E-mail yoonohpusanackr
Flow analysis and component optimization of LPDIGDI high pressure fuel pump
Development of a trunk latch module with high reliability using small DC motor
Development of a method predicting optimal pressure distribution of vehicle wiper blades
Cost reduction and optimization of door hinges for large refrigerators
- 슬라이드 번호 1
- 슬라이드 번호 2
- 슬라이드 번호 3
- 슬라이드 번호 4
- 슬라이드 번호 5
- 슬라이드 번호 6
- 슬라이드 번호 7
- 슬라이드 번호 8
- 슬라이드 번호 9
- 슬라이드 번호 10
- 슬라이드 번호 11
- 슬라이드 번호 12
- 슬라이드 번호 13
- 슬라이드 번호 14
- 슬라이드 번호 15
-
Applied Mechanical Acoustics and Noise Control Lab Prof Cheong Cheol ung
영문이름
Mechanical Systems Design Division
사진
Research Rotating machinery noise Largesmall wind turbines fan
noise Computational Acoustics CAA schemes Fan broadband
noise Stochastic noise sources Sound Quality Sound index of automobile and
aircraft Fluid Structure Interaction
Sloshing and liquid damper cavitation noise and vibration
Contact Office Engineering Bldg 10 10523
Phone +82-51-510-2311
E-mail ccheongpusanackr
Introduction Flow noise prediction and analysis based on flow dynamics and acoustic
theory and low noise design and noise control of the related machines
rotating machinery home appliance and transportation machines
Key Word Flow noise Fan noise Computational Aeroacoustics Sound Quality Flow-Structure Interaction Cavitation Noise
회전기계류 소음
전산음향학 유체구조상호작용해석
음질평가
Introduction
Material properties and constitutive relations
of engineering and biological materials
Fatigue analysis of mechanical parts and
systems
Integrated design for mechanical systems
Material Mechanics amp Integrated Design Lab Prof Park Seong hun Mechanical Systems Design Division
Research
Material mechanics of engineering and biological
materials
Structural analysis and optimal design of mechanical
systems
Fatigue test amp analysis of mechanical parts and systems
Fluid-structure-dynamics coupled analysis
Magnetic analysis of MR dampers
Design of dental and orthopaedic implants
Design of offshore wind turbine systems
Contact
Office Engineering Building 10 Room 10523
Phone +82-51-510-2330
E-mail pakspusanackr
Development amp analysis of wind turbine platforms
Development of vehicle active suspension systems
High speed spindle system design
CNC Automatic lathe
Experiment amp FEM modal analysis
0 4 8 12
0 4 8 12
B o d
y a
c c e
l e r a
t i o n
D
y n a
m i c
l o a
d
b Ω m Ω w Ω h Ω
b Ω m Ω w Ω h
Ω
Frequency ( Hz )
Frequency ( Hz )
Frequency response of suspension
Container unloading system development for Mobile Harbor
Container unloading system Mobile Harbor
Design of dental implants
Magnetic analysis amp design of MR dampers
Magneto analysis MR damper
Dental implant Structural analysis
Tribological response of femoral hip implants
Artificial Femoral Hip implant
laser
photodetector piezoelectric
actuator
cantilever deflection
probe height
laser
photodetector piezoelectric
actuator
cantilever deflection
probe height
Fatigue experiment amp analysis of Al pipes for air - conditioners
Fatigue experiment Stress intensity analysis
Keyword CAE FEA integrated design
material mechanics fatigue
Introduction
Reliability analysis amp simulation-based design optimization
Uncertainty quantification of input random variables
Computational analysis of mechanical systems
Multidisciplinary Design Analysis and Optimization Lab Prof Noh Yoojeong Mechanical Systems Design Division
Research
Uncertainty quantification for statistical modeling of input random variables such as material properties
Reliability-based design optimization of mechanical systems under input model uncertainty
Keyword simulation-based design under uncertainties uncertainty quantification computational analysis reliability engineering
Contact Office RMIT Room 421
Phone +82-51-510-2308
E-mail yoonohpusanackr
Flow analysis and component optimization of LPDIGDI high pressure fuel pump
Development of a trunk latch module with high reliability using small DC motor
Development of a method predicting optimal pressure distribution of vehicle wiper blades
Cost reduction and optimization of door hinges for large refrigerators
- 슬라이드 번호 1
- 슬라이드 번호 2
- 슬라이드 번호 3
- 슬라이드 번호 4
- 슬라이드 번호 5
- 슬라이드 번호 6
- 슬라이드 번호 7
- 슬라이드 번호 8
- 슬라이드 번호 9
- 슬라이드 번호 10
- 슬라이드 번호 11
- 슬라이드 번호 12
- 슬라이드 번호 13
- 슬라이드 번호 14
- 슬라이드 번호 15
-
Introduction
Material properties and constitutive relations
of engineering and biological materials
Fatigue analysis of mechanical parts and
systems
Integrated design for mechanical systems
Material Mechanics amp Integrated Design Lab Prof Park Seong hun Mechanical Systems Design Division
Research
Material mechanics of engineering and biological
materials
Structural analysis and optimal design of mechanical
systems
Fatigue test amp analysis of mechanical parts and systems
Fluid-structure-dynamics coupled analysis
Magnetic analysis of MR dampers
Design of dental and orthopaedic implants
Design of offshore wind turbine systems
Contact
Office Engineering Building 10 Room 10523
Phone +82-51-510-2330
E-mail pakspusanackr
Development amp analysis of wind turbine platforms
Development of vehicle active suspension systems
High speed spindle system design
CNC Automatic lathe
Experiment amp FEM modal analysis
0 4 8 12
0 4 8 12
B o d
y a
c c e
l e r a
t i o n
D
y n a
m i c
l o a
d
b Ω m Ω w Ω h Ω
b Ω m Ω w Ω h
Ω
Frequency ( Hz )
Frequency ( Hz )
Frequency response of suspension
Container unloading system development for Mobile Harbor
Container unloading system Mobile Harbor
Design of dental implants
Magnetic analysis amp design of MR dampers
Magneto analysis MR damper
Dental implant Structural analysis
Tribological response of femoral hip implants
Artificial Femoral Hip implant
laser
photodetector piezoelectric
actuator
cantilever deflection
probe height
laser
photodetector piezoelectric
actuator
cantilever deflection
probe height
Fatigue experiment amp analysis of Al pipes for air - conditioners
Fatigue experiment Stress intensity analysis
Keyword CAE FEA integrated design
material mechanics fatigue
Introduction
Reliability analysis amp simulation-based design optimization
Uncertainty quantification of input random variables
Computational analysis of mechanical systems
Multidisciplinary Design Analysis and Optimization Lab Prof Noh Yoojeong Mechanical Systems Design Division
Research
Uncertainty quantification for statistical modeling of input random variables such as material properties
Reliability-based design optimization of mechanical systems under input model uncertainty
Keyword simulation-based design under uncertainties uncertainty quantification computational analysis reliability engineering
Contact Office RMIT Room 421
Phone +82-51-510-2308
E-mail yoonohpusanackr
Flow analysis and component optimization of LPDIGDI high pressure fuel pump
Development of a trunk latch module with high reliability using small DC motor
Development of a method predicting optimal pressure distribution of vehicle wiper blades
Cost reduction and optimization of door hinges for large refrigerators
- 슬라이드 번호 1
- 슬라이드 번호 2
- 슬라이드 번호 3
- 슬라이드 번호 4
- 슬라이드 번호 5
- 슬라이드 번호 6
- 슬라이드 번호 7
- 슬라이드 번호 8
- 슬라이드 번호 9
- 슬라이드 번호 10
- 슬라이드 번호 11
- 슬라이드 번호 12
- 슬라이드 번호 13
- 슬라이드 번호 14
- 슬라이드 번호 15
-
Introduction
Reliability analysis amp simulation-based design optimization
Uncertainty quantification of input random variables
Computational analysis of mechanical systems
Multidisciplinary Design Analysis and Optimization Lab Prof Noh Yoojeong Mechanical Systems Design Division
Research
Uncertainty quantification for statistical modeling of input random variables such as material properties
Reliability-based design optimization of mechanical systems under input model uncertainty
Keyword simulation-based design under uncertainties uncertainty quantification computational analysis reliability engineering
Contact Office RMIT Room 421
Phone +82-51-510-2308
E-mail yoonohpusanackr
Flow analysis and component optimization of LPDIGDI high pressure fuel pump
Development of a trunk latch module with high reliability using small DC motor
Development of a method predicting optimal pressure distribution of vehicle wiper blades
Cost reduction and optimization of door hinges for large refrigerators
- 슬라이드 번호 1
- 슬라이드 번호 2
- 슬라이드 번호 3
- 슬라이드 번호 4
- 슬라이드 번호 5
- 슬라이드 번호 6
- 슬라이드 번호 7
- 슬라이드 번호 8
- 슬라이드 번호 9
- 슬라이드 번호 10
- 슬라이드 번호 11
- 슬라이드 번호 12
- 슬라이드 번호 13
- 슬라이드 번호 14
- 슬라이드 번호 15
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