CAE SIMULATION - Aspacer · • VCollab • KRAKEN • Chimera . ESSS 5 The postgraduate courses...

CAE SIMULATION

LUIZ GUSTAVO FRANCO AMARAL

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Luiz Gustavo Franco Amaral

Mechanical Engineer graduated at FEI (Faculdade de

Engenharia Industrial / Industrial Engineering College), in São

Bernardo do Campo – SP - Brasil.

Attending to master degree at ITA ( Instituto de tecnologia

Aeronáutica / Aeronautical Engineering Institute ), in São José

dos Campos - SP – Brasil; in the area of Gas Turbines

Optimization.

Member of the CFD support team at ESSS – São Paulo unit.

Technical responsible for ANSYS AIM and FENSAP.

INTRODUCTION

AT A GLANCE

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20 YEARS OF EXPERIENCE Since 1995 providing the most comprehensive

simulation solutions to the market

WHAT WE DO? • Reduce product development time

• Optimize processes

• Improve product performance

TEAM PROFILE (125 members) High-quality services and support to customers

High Degrees

Computer Scientists

Engineers

39%

30%

31%

LOCATIONS

Brazil • Florianópolis

• São Paulo

• Rio de Janeiro

• Caxias do Sul

Argentina • Córdoba

Colombia • Bogota

Peru • Lima

USA • Houston

Chile • Santiago

Spain • Barcelona

Mexico • Ciudad de México

ESSS

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TECHNICAL SUPPORT • Phone

• E-mail

• Online

• On-site

CONSULTING SERVICES • Modeling activities (R&D)

• Troubleshooting

• Integration of technologies

• Value-added services

CUSTOM DEVELOPMENT • Design of new applications

• Multiplatform GUI

• Numerical methods

• Parallel processing

• Scientific visualization

ACADEMIC PROGRAM • Student / Academic & Research

• Affordable prices

• Great flexibility

• Partnership program

EDUCATION • 50+ short term courses

• Postgraduate courses

• 800+ attendees per year

SOFTWARE • ANSYS

• ROCKY

• modeFRONTIER

• EnSight

• VCollab

• KRAKEN

• Chimera

ESSS

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The postgraduate courses provided by the ESSS Institute for Education, Research and Development

(iESSS) are driven to bring professionals from various engineering disciplines up to speed on how to perform

simulations of different applications using commercial software.

The experience obtained over more than 15 years providing CAE training courses, Jump-Start and In-house

Trainings, has allowed ESSS to offer professionals specialized courses in order to a more in-depth

understanding and practical use of the tools necessary to carry out simulations.

Fluid Flow Numerical Analysis using

Computational Fluid Dynamics Length: 360 hours (432 class-hours), in three semesters.

Structural Numerical Analysis using the Finite

Element Method Length: 360 hours (432 class-hours), in three semesters.

POSTGRADUATE COURSES

ANSYS

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ANSYS Multiphysics Solutions

Electromagnetic Simulation

Low Frequency and EM

Maxwell

Q3D

Simplorer

High Frequency

HFSS

SIwave

Designer

Nexxim

Mechanical Simulation

Implicit

ANSYS

Mechanical

Structural

Professional

Explicit

ANSYS AUTODYN

ANSYS

LS-Dyna

Computational Fluid Dynamics (CFD)

Electronics cooling

ANSYS Icepak

General CFD

ANSYS CFD

ANSYS

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Maxwell

Q3D

Simplorer

High Frequency

HFSS

SIwave

Designer

Nexxim


Implicit

ANSYS

Mechanical

Structural

Professional

Explicit

ANSYS AUTODYN

ANSYS

LS-Dyna


Electronics cooling

ANSYS Icepak

General CFD

ANSYS CFD

ANSYS

Finite Volume Method

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Why should we use CFD?

COMPUTATIONAL FLUID DYNAMICS

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Common Studies

COMPUTATIONAL FLUID DYNAMICS

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Maxwell

Q3D

Simplorer

High Frequency

HFSS

SIwave

Designer

Nexxim


Implicit

ANSYS

Mechanical

Structural

Professional

Explicit

ANSYS AUTODYN

ANSYS

LS-Dyna


Electronics cooling

ANSYS Icepak

General CFD

ANSYS CFD

ANSYS

12




Maxwell

Q3D

Simplorer

High Frequency

HFSS

SIwave

Designer

Nexxim


Implicit

ANSYS

Mechanical

Structural

Professional

Explicit

ANSYS AUTODYN

ANSYS

LS-Dyna


Electronics cooling

ANSYS Icepak

General CFD

ANSYS CFD

ANSYS

Finite Elements Method

13




Maxwell

Q3D

Simplorer

High Frequency

HFSS

SIwave

Designer

Nexxim


Implicit

ANSYS

Mechanical

Structural

Professional

Explicit

ANSYS AUTODYN

ANSYS

LS-Dyna


Electronics cooling

ANSYS Icepak

General CFD

ANSYS CFD

ANSYS


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Why should we use FEM?

FINITE ELEMENTS METHOD

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Common cases

FINITE ELEMENTS METHOD

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Maxwell

Q3D

Simplorer

High Frequency

HFSS

SIwave

Designer

Nexxim


Implicit

ANSYS

Mechanical

Structural

Professional

Explicit

ANSYS AUTODYN

ANSYS

LS-Dyna


Electronics cooling

ANSYS Icepak

General CFD

ANSYS CFD

ANSYS


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ANSYS

DESIGN GOALS

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CASE STUDY: VOLVO XC60 AERODYNAMIC DRAG REDUCED BY 4%

Objective

• Reduce aerodynamic drag while maintaining

vehicle’s styling elements

ANSYS Solution: Use ANSYS CFD with RBF Morph to parameterize

vehicle shape. Setup a Design-Of-Experiments

study with ANSYS DesignXplorer. Automatically

run simulations for numerous design variants

using ANSYS HPC (High Performance Computing).

Identify the one variant that has least drag force.

Use values of parameters from that variant in final

vehicle design.

DESIGN GOALS

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MAGNETI MARELLI REDUCES AUTOMOTIVE FUEL CONSUMPTION •Improved design to reduce fuel consumption

•Coats saving with virtual prototypes

WEG REDUCE INDUCTION MOTOR SIMULATION

COMPUTATION TIME BY 70X

• Develop a new motor with improved energy

efficiency, reduced operating noise and

increased bearing life

DESIGN GOALS

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Propulsion Team

Weight Team Noise Team

Manufactoring Team Structures Team

Lift Team

Costs Team

Confort Team

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SIMULATION FOR EVERYONE!

2005 2015 2025

1 in 22 1 in 6 ALL

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SIMULATION FOR EVERYONE!

THANK YOU!

Luiz Gustavo Franco Amaral

[email protected]

/company/esss

/ESSSgroup

/ESSSgroup

esss.com.br/blog

CAE SIMULATION - Aspacer · • VCollab • KRAKEN • Chimera . ESSS 5 The postgraduate courses...

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