19.1 Capabilities · 2021. 1. 4. · Load Transfer to Structural Analysis l Thermal Steady State...

1 9 . 1 C A P A B I L I T I E S

STRUCTURESGeometric IdealizationSpring l l p l l lMass l l l l l lDamper l l l l Spar l l l Beam l l l l l Pipe/Elbow l l l Shell - Thin l l l l l lLayered Shell - Thin (Composite) l l l l Shell - Thick (Solid Shell) l l l Layered Shell - Thick (Solid Shell)

l l (Composite) 2D Plane / Axisymmetric l l l l l 3D Solids l l l l l lLayered 3D Solids (Composite) l l Infinite Domain l l l l l 2.5D l l Reinforced l l l l ROM l Substructuring / Matrix l

Modeling Capabilities Contact - Linear l l l l l lContact - Nonlinear l l l l l lJoints l l l l l lSpot Welds l l l l l Element Birth and Death l l Gasket Elements l Rezoning and Adaptive Remeshing l l l

Materials Basic Linear Materials (Linear,

l l l l l l Anisotropic, Temperature Dependent).Basic Nonlinear Materials (Hyper, Plasticity, Rate Independent, l l l l p Isotropic, Concrete). Advanced Nonlinear Materials (Rate dependent, Anisotropic, Damage Models, l l l Geomechanics Materials, Multiphysics). Field Dependent l l Reactive Materials l l Fracture Mechanics and Crack Growth l

ANSYS ANSYS ANSYS ANSYS ANSYS ANSYS Mechanical Mechanical Mechanical Pro Autodyn LS-DYNA AIM Enterprise Premium

l = Fully Supported p = Limited Capability p = Requires more than 1 product

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Composite Materials Material Definitions l l l lLayers Definitions l p l lSolid Extrusion l First-ply Failure l l Last-Ply failure l Delamination l l lDraping l Structural Solver Capabilities Linear Static l l l lNonlinear Static l l l lPre-Stress effects, Linear perturbation l l l p p Nonlinear Geometry l l l l l lBuckling - Linear Eigenvalue l l l Buckling - Nonlinear Post Buckling

l l l l l Behavior Buckling - Nonlinear Post Buckling l l Behavior- Arc Length Steady State Analysis applied to a l Transient Condition Advanced Wave Loading l

Topology Optimization Static Structural l l l l Modal Analysis l l l l Optimized Design Validation l l l p Manufacturing Constraints l l l p

Multi Analysis Submodeling l l l Data Mapping l l l lMultiphysics Data Mapping l l Initial State l l l l Advanced Multi-Stage 2-D to

l l 3-D Analysis

Vibrations Modal l l l lModal - Pre-Stressed l l l l Modal - Damped/Unsymmetric l l Transient - Mode-Superposition l l

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Harmonic - Mode-Superposition l l Harmonic - Full l l Spectrum l l Random Vibration l l Mistuning l l Rotordynamics l l Modal Acoustic lHarmonic Acoustic l

Nonlinear Transient Dynamics Rigid Body Mechanisms l l Rigid Body Dynamics with CMS

l

components for flexible bodies Full Transient l l l l CMS with Substructuring l

Explicit Dynamics FE (Lagrange) Solver l l l Euler Solvers p l Meshless Solvers l Implicit-Explicit Deformations l l l Implicit-Explicit Material States l l Fluid-Structure Interaction (FSI) l l Mass Scaling l l l Natural Fragmentation l l Erosion Based on Multiple Criteria l l l De-Zoning l l Part Activation and Deactivation l (Multi Stage Analysis) Remapping in Space l Remapping Solution Methods l

Durability Stress-Life (SN) l l l lStrain-Life (EN) l l l lDang Van p1 p1 p1 Safety Factor l l l lAdhesive Bond p1 p1 p1 Crack Growth Linear Fracture Mechanics p1 p1 p1 Seam Weld p1 p1 p1 Spot Weld p1 p1 p1 Thermo-mechanical Fatigue p1 p1 p1



Vibration Fatigue p1 p1 p1 Virtual Strain Gauge Correlation p1 p1 p1 Python Scripting Customization p1 p1 p1 Wave Hydrodynamics Diffraction and Radiation l Frequency & Time Domain Motions l Analysis Moorings, Joints & Tethers l Load Transfer to Structural Analysis l

Thermal Steady State Thermal l l l lTransient Thermal l l l lConduction l l l l l lConvection l l l lRadiation to Space l l l lRadiation - Surface to Surface l l l Phase Change l l l l l Thermal Analysis of Layered Shells and Solids l l

Additional Physics 1-D Thermal-flow l l l 1-D Coupled-field Circuits l 1-D Electromechanical transducer l MEMS ROM l Piezoelectric l Piezoresistive l Electroelastic l Electromagnetic l p Vibro-acoustics l Electro-Migration l Diffusion-Pore-Fluid l Diffusion-Thermal Structural-Electric l Structural-Thermal-Electric-Magnetic l p1-Way Fluid-Structure Interaction p2 p2 p2 l2-Way Fluid-Structure Interaction p2

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Optimization DesignXplorer Included l l l p3 p3 lParameters l l l l l lDesign Point Studies l l l l l lCorrelation Analysis l l l l lDesign of Experiments l l l l lSensitivity Analysis l l l l lGoal Driven Optimization l l l l lSix Sigma Analysis l l l l l

Miscellaneous and Usability ANSYS SpaceClaim l p4 p4 p4 p4 lANSYS Customization Suite (ACS) l p5 p5 p5 p5 lSupport ACT Extensions l l l l l lCommand snippet support l l l lBatch run capability l l l l l lExternal Code Interfaces l l l lOn the fly post processing l l l lCDB and 3rd party FE Model Import l l l l

HPC - Structures 4 (DMP + SMP) MAPDL Default Number of Cores 4 for Explicit 4 (DMP + SMP) 4 (DMP + SMP) 1 1 4 (DMP + SMP) 4 for RBD MAPDL 4 for AQWA Parallel Solving on Local PC l l l l l lParallel Solving on Cluster l l l l l p6 MAPDL - Yes GPU Acceleration Explicit - No p6 p6 RBD - No Aqwa - No



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1 = ANSYS nCode DesignLife Products2 = ANSYS Fluent3 = ANSYS DesignXplorer4 = ANSYS SpaceClaim5 = ANSYS Customization Suite (ACS)6 = ANSYS HPC, ANSYS HPC Pack or ANSYS HPC Workgroup

DMP = Distributed-memory parallel SMP = Shared-memory parallel MAPDL = Mechanical APDLExplicit = AutodynRBD = Rigid Body Dynamics Aqwa = Aqwa


FLUIDSGeneral Solver Capabilities Comprehensive Inlet and Outlet l l l l l l l ConditionsSteady-State Flow l l l l l l lTransient Flow l l l l l l l2-D and 3-D Flow l p l p l p pReduced Order Models (ROM) l Time Dependent Boundary Conditions l l l l l p lCustomizable Materials Library l l l l l l lFan Model l l l lPeriodic domains l l l l l l lFlow-driven solid motion (6DOF) l l l Pressure-based coupled solver l l l l l l lDensity-based coupled solver l lDynamic/moving-deforming mesh l l l l l lOverset Mesh l Immersed-solid/MST method for l l l moving partsAutomatic on-the-fly mesh generation l l l with dynamic refinementDynamic Solution-Adaptive l l l p l Mesh refinementPolyhedral unstructured solution- l adaptive mesh refinement Single Phase, non reacting flowsIncompressible Flow l l l l lCompressible Flow l l l l l lPorous Media l l l l lNon-Newtonian Viscosity l l l l Turbulence - Isotropic l l l l l l lTurbulence - Anisotropic (RSM) l l Turbulence - Unsteady (LES/SAS/DES) l lTurbulence - Laminar/Turbulent l l l l TransitionFlow Pathlines (Massless) l l l lFan Model l l l Acoustics (Source Export) l l l Acoustics (Noise Prediction) l p Heat TransferNatural Convection l l l l lConduction & Conjugate Heat Transfer l l l l lShell Conduction l (including multi-layer model

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ANSYS CFD Enterprise ANSYS CFD Premium ANSYS ANSYS ANSYS ANSYS ANSYS ANSYS FLUENT CFX POLYFLOW Forte FENSAP-ICE AIM

ANSYS Chemkin

Enterprise

l = Fully Supportedp = Limited Capability p= Requires more than 1 product

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Internal Radiation - Participating Media l l l l lInternal Radiation - Transparent Media l l lExternal Radiation l l l lSolar Radiation & Load l l Simplified Heat Exchanger Model l Non-equilibrium Thermal Model l Prorous Media l Particles Flows (Multiphase)Coupled Discrete Phase Modeling

l l l l p l

including Thin Wall FilmsMacroscopic Particle Model l p Inert Particle Tracking (With Mass) l l p Liquid Droplet (Incl. Evaporation) l l l l lCombusting Particles l l l lMulticomponent Droplets l l l l lDiscrete Element Model (DEM) l Break-Up And Coalescence l l l l lErosion l l Free Surface Flows (Multiphase)Implicit VOF l l l Explicit VOF l l Coupled Level Set/VOF l l l Open Channel Flow And Wave l l Surface Tension l l l l lPhase Change l l l l lCavitation l l l l lCavitation where multiple fluids and l non-condensing gases are present Dispersed Multiphase Flows (Multiphase)Mixture Fraction l l Eulerian Model including Thin

l l l l l

Wall Films Boiling Model l l l lSurface Tension l l l lPhase Change l l l l lDrag And Lift l l l l lWall Lubrication l l l lHeat And Mass Transfer l l l l lPopulation Balance l l l lReactions Between Phases l l l lGranular Model for Dense Bed of Solids l l Dense Particulate Coupling (DDPM) l l

ANSYS Chemkin

Enterprise


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Reacting Flows Species Transport l l l l lNon-Premixed Combustion l l l lPremixed Combustion l l l lPartially Premixed Combustion l l l lComposition PDF Transport l l Finite Rate Chemistry l l l l lPollutants And Soot Modeling l l l lSparse chemistry solver with dynamic cell clustering and dynamic adaptive l l l chemistryAbility to use Model Fuel Library

l l l mechanismsFlame-speed from Fuel-component

l l l LibraryDPIK Spark-ignition Model l lFlame-propagation using level-set

l l

method (G-equation)Internal Combustion Engine

l l l

l

Specific Solution0-D/1-D/2-D reactor models and

l

reactor networksPlasma reactions lComprehensive surface-kinetics l lChemical and phase equilibrium l lFlamelet table generation l lFlamespeed and ignition table l generationReaction sensitivity, uncertainty l and path analysisSurrogate blend optimizer lMechanism Reduction l TurbomachineryMRF/Frozen-Rotor l l Sliding-Mesh/Stage l l Transient Blade Row l Pitch Change l Time Transformation l Fourier Transformation l Harmonic Analysis l


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ANSYS Chemkin

Enterprise


Blade Flutter Analysis l Forced Response Analysis l Flank milled blades l In-Flight IcingSimulates Droplet Sizes l Simulates Ice Growth and Performs l Visibility StudiesModels Heat Transfer Anti- and l De-icing Heat LoadsRotating frame of reference for the analysis of turbomachines, rotors l and propellersModel ice accretion at engine face (Fan and IGV) and within any number p of successive compressor stagesAerodynamic degradation (CFD) meets the requirements of Appendix C, l Appendix D (Ice Crystals) and Appendix O (SLD) OptimizationParameters l l l lDesign Point Studies l l l lCorrelation Analysis l l l lDesign of Experiments l l l lSensitivity Analysis l l l lGoal Driven Optimization l l l lSix Sigma Analysis l l l lAdjoint Solver for Shape Optimization l Adjoint solver supports rotating reference frames & conjugate l heat transfer Multi-objective-constrained optimization lMesh Morphing (RBF Morph) p High Rheology MaterialViscoelasticity l Specialty Extrusion Models l p Specialty Blow Molding Models l p Specialty Fiber Spinning Models l


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ANSYS Chemkin

Enterprise


HPC – FluidsParallel Solving On Local PC Option l l l l l l lParallel Solving Over Network Option l l l l l l lGPU Support l l

Pre and Post ProcessingPhoto realistic rendering l l l l l lSpaceClaim Direct Modeler l l l l l l lCompare multiple runs, datasets, l l l l l l physics, graphs in a single window MULTIPHYSICS Advanced, Automated Data Exchange l l l l lAccurate Data Interpolation Between l l l l Dissimilar MeshesDrag-n-Drop Multiphysics l l l Direct Coupling Between Physics l l lCollaborative Workflows l l lFully Managed Co-Simulation l l Flexible Solver Coupling Options l l l Fluid-Structure InteractionForce Induced Motion/Deformation p p l lFluid Thermal Deformation p p l

Electro-Thermal InteractionConvection Cooled Electronics l l Conduction Cooled Electronics l l High Frequency Thermal Management l l Electromechanical Thermal l l Management Other Coupled InteractionsAero-Vibro Acoustics l Acoustics-Structural l l Fluid Magnetohydrodynamics l l

Miscalleneous and UsabilitySupport ACT Extensions l Ansys Spaceclaim l


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ANSYS Chemkin

Enterprise


ELECTRONICSLow Frequency ElectromagneticsElectrostatics l AC Conduction l lDC Conduction l lMagnetostatics l lAdaptive Field Mesh l l l l lAC Harmonic Magnetic l lElectric Transient l Magnetic TransientTranslational Motion lFully Automatic Symmetrical

l

Mesh GenerationRotational Motion lNon-Cylindrical Motion lAdvanced Embedded Circuit Coupling lCircuit Coupling with Adaptive

l

Time SteppingDirect and Iterative Matrix Solvers l Advanced Magnetic ModelingVector Hysteresis Modeling lHysteresis Modeling for Anisotropic

l

Material Frequency Dependent Reduced

l

Order ModelsEquivalent Model Extraction

l

(Linear-Motion, Rotational-Motion, No-Motion)Functional Magnetization Direction lMagnetization/De-magnetization

l ModelingManufacturing Dependent Core

l

Loss Models Noise - Vibration Modeling pTemperature De-magnetization

l

ModelingCore Loss computation l lLamination Modeling l

ANSYS ANSYS ANSYS ANSYS ANSYS ANSYS Maxwell HFSS SIwave Q3D Extractor Icepak AIM


11

Magnetostriction and Magnetoelastic l

ModelingHardware in the Loop modeling lIntegrated Motor Synthesis and

l

Design KitIntegrated Planar Magnetics

l

Synthesis and Design Kit High Frequency ElectromagneticsMulti-frequency broadband adaptive

l

meshingFrequency, Integral Equation and

l

Time Domain Analysis Eigenmode Analysis lHybrid Finite Element/Integral

l Equation AnalysisHybrid Finite Element/Shooting and

l

Bouncing Ray AnalysisModal Wave Port Excitation lParametric Antenna Excitations l for SBR+ Lumped, Voltage and Current

l

ExcitationsFloquet Excitations lIncident Wave Excitation lMagnetic Ferrite Bias Excitation lTerminal Solutions lPerfect Electric and Magnetic Boundary lFinite Conductivity Boundaries lLumped RLC Boundary lSymmetry Boundary lPeriodic Boundary lFrequency dependant materials lHigher and Mixed order Elements lCurvilinear Elements lFully automated adaptive

l

mesh refinementS,Y,Z Matrix Results lE, H, J, P Field Results lDirect and Iterative Matrix Solvers l

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ANSYS ANSYS ANSYS ANSYS ANSYS Maxwell HFSS SIwave Q3D Extractor Icepak




Antenna Parameter Calculation lInfinite and Finite Antenna Array

l

CalculationsRadar Cross Section calculation lFSS, EBG and Metamaterial Calculation lSpecific Absorption Rate Calculation lEMI/EMC Calculation lSystem Level EMI and RFI analysis lLinear Circuit Analysis with EM l Dynamic linkIntegrated Antenna Synthesis and l Design KitShooting and Bouncing Ray+ l (SBR+) SolverIntegrated Parametric 3D l Component LibrariesRF Link Budget Analysis l Wireless Propagation Models l Visual Ray Tracing l Power and Signal Integrity Board Simulation CapabilitiesElectronics Desktop 3D Layout GUI l l lECAD Translation (Altium, Cadence, l l Mentor, Pulsonix, & Zuken)MCAD (.sat) Generation from ECAD l lLead Frame Editor l l DC Voltage, Current and Power l Analysis for PKG/PCBDC Joule Heating with ANSYS Icepak l l lPassive Excitation Plane Resonance l AnalysisDriven Excitation Plane Resonance l AnalysisAutomated Decoupling Analysis lCapacitor Loop Inductance Analysis lAC SYZ Analysis - PI, SI, & EMI l lDynamically Linked Electromagnetic

l l Field Solvers

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Chip, Package, PCB Analysis (CPM) l lNear-Field EMI Analysis lFar-Field EMI Analysis lCharacteristic Impedance (Zo)

l

PKG/PCB ScanFull PCB/PKG Cross-talk Scanning lTDR Analysis l l Transient IBIS Circuit Analysis lSerDes IBIS-AMI Circuit Analysis l Macro-Modeling (Network Data Explorer) l l l Steady State AC (LNA) Analysis l lVirtual Compliance - DDRx, GDDRx,

l & LPDDRxSynopsys HSPICE Integration lCadence PSPICE Support lElectromagnetically Circuit Driven l l Field Solvers RLCG Parasitic ExtractionDCRL, ACRL & CG Solver l lIC Packaging RLCG IBIS Extraction

l l for Signals & PowerTouchpanel RLCG Unit Cell Extraction l lAdaptive Meshing for Accurate

l l ExtractionBus Bar RLCG Extraction lPower Inverter & Converter

l

Component ExtractionSpecialized Thin Plane Solver for

l

Touchpanel Extraction3D Component Library l lReduced RLCG Matrix Operations lSPICE equivalent Modeling Export lDCRL & ACRL Joule Heating Analysis

l with IcepakMacro-modeling (Network Data Explorer) l2D Transmission Line Modeling Toolkit l2D Cable Modeling Toolkit l

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Electronics Cooling Multi-mode Heat Transfer lSteady-state and Transient l CFD Analysis lTurbulent Heat Transfer lMultiple-fluid Analysis lSpecies Transport lSolar Loading lReduced Order Flow and Thermal l Network Modeling lJoule Heating Analysis p p p p lThermo-electric Cooler Modeling lThermostat Modeling lPackage Characterization lData Center Modeling l

HPC for Electronics GPU Support p pHPC Accelerated Frequency Sweeps p lHPC Distributed Hybrid Solving lHPC Enabled Domain Decomposition l MethodHPC Time Decomposition Method lHPC Enabled Multi-port Excitation

l

AccelerationHPC Acceleration for DCRL, ACRL

l

and CGHPC Enabled Parallel Processing l l l l SYSTEMS MODELING - ELECTRONIC PRODUCTSSystem Modeling for Power Electronics Circuit Simulation l l l l lBlock Diagram Simulation l l l l lState Machine Simulation l l l l lVHDL-AMS Simulation l l l l lIntegrated Graphical Modeling

l l l l l

EnvironmentPower Electronics Component Libraries l l l l l Reduced Order Modeling l l l l l



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Power Electronic Device and l l l l l

Module CharacterizationCo-Simulation with MathWorks

l l l l l Simulink System Modeling for RF/MicrowaveRadio Frequency Interference (RFI)

p

System SolverElectromagnetic Interference

p

System SolverRF Link Budget Analysis pRF co-site and antenna coexistence

p

analysisAutomated diagnostics for rapid

p

root-cause analysisRF component library pWireless Propagation Models pMulti-fidelity parametric

p

radio modelsAntenna-to-Antenna coupling models p

System Modeling for SI/PISerDes channel modeling -

p l

IBIS-AMI, QuickEye and VerifEyeMulti-drop & parallel bus modeling - IBIS, HSPICE, Spectre, PSPICE, p l and Nexxim TransientNetwork Data Exploration l l lTDR analysis p lSteady State AC (LNA) Analysis p lVirtual Compliance -

p l

DDRx, GDDRx, & LPDDRx

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MULTIPHYSICSPlatform TechnologiesAdvanced, Automated Data Exchange l l l lAccurate Data Interpolation Between l l l l Dissimilar Meshes l l l lDrag-n-Drop Multiphysics l l l lDirect Coupling Between Physics l l l lCollaborative Workflows l l l lFully Managed Co-Simulation l l l lFlexible Solver Coupling Options l l l l Electro-Thermal InteractionConvection Cooled Electronics l lConduction Cooled Electronics l lHigh Frequency Thermal Management l l lElectromechanical Thermal Management l l l MiscellaneousSupport ACT Extensions p p p p p



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ANSYS ANSYS SCADE ANSYS SCADE ANSYS SCADE Medini Twin Builder Architect Suite Display Analyze

SYSTEMS & EMBEDDED SOFTWARESystem Simulation, Validation and Digital Twins Integrated Graphical Modeling

l

Environment Standard Modeling Languages and

l

Exchange Formats Multi-domain Systems Modeler lExtensive 0D Application-Specific

l

Libraries3rd Party (1D) Tool Integrations l3D ROM lEmbedded Software Integration lMulti-domain System Simulation lRapid HMI Prototyping lSystem Optimization lXIL Integration lIIoT Connectivity lDigital Twin Runtime Deployment l

Functional Safety AnalysisSafety Concept Modelling lModel Based Safety Analysis lReliability Prediction and Analysis lTraceability and Validation l TeamworkIntegration into Engineering l EnvironmentCustomization and Process Adaption l ANSYS Product Integration lReporting and Documentation l Model-based Systems Engineering Model-Based System Design l Functional Safety Analysis lFunctional Decomposition l Architecture Decomposition l Allocation Of Functions To Components l Model Checks l System Model Diff/Merge lSystem / Software Bi-Directional Sync l Model Sharing And IP Protection l Model-Based Interface Control

l

Document Production Configurable For Industry Standards

l

(IMA, AUTOSAR, Etc.)


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ANSYS ANSYS SCADE ANSYS SCADE ANSYS SCADE Medini Twin Builder Architect Suite Display Analyze

Product configuration for automotive l

developers Embedded Control Software Development Data Flow And State Machine Design

l

And Simulation Capabilities Extensive Set Of Libraries Delivered

l

As Design Examples Simulation Capabilities lRecord And Playback Scenarios lIntegration In To Configuration

l

Management Environment Plant Model Co-Simulation Including

l

FMI Coverage Analysis For Requirements-

l

Based Tests Formal Verification lTiming And Stack Optimization lWorst Case Execution Time Estimates

l

On Target Verification Of Stack Space Requirements lCertified Code Generation For DO-178C,

l

EN 50128, ISO 26262, IEC 61508 Certification Kits For DO-178C,

l

EN50128, ISO 26262, IEC 61508 Man-Machine Interface Software Model-Based Prototyping And

l

Specification Of MMIs Support Of OpenGl, OpenGl SC and

l

OpenGL ES Integration In To Configuration

l

Management Environment Font Management lOptimization Of Graphical Specifications lPlant Model Co-Simulation Including

l

FMI Automatic Generation Of iOS and

l

Android Projects Certified Code Generation For DO-178C,

l

EN 50128, ISO 26262, IEC 61508 Certification Kits For DO-178C,

l

EN50128, ISO 26262, IEC 61508 Testing capabilities l

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ANSYS Design ANSYS SpaceClaim Modeler Direct Modeler

GEOMETRYDirect Modeling Technology lFeature Based Modeling Technology l Open data from all major CAD systems l l

Export data to neutral file formats l lModify imported geometry l lDefeaturing and simplification tools l lModel Repair l lAdd Parameters for design exploration l lExtract mid-surfaces/shells and beams l lExtract volumes & create inner fluid domains l lExtract outer air enclosures l lShared Topology for conformal meshing l lBooleans and slicing l lCreate weld bodies l l Boundary condition mapping l lScripting l lSketching and editing tools l l3D comparison tools lRepair and edit faceted data lIcepak integration l lReverse engineering faceted data l


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ANSYS ANSYS ANSYS Discovery Discovery Discovery Essentials Standard Ultimate DESIGN TOOLS

Structural Static Structural Analysis l lModal Analysis l lPre-Stressed Modal Analysis lShells, Springs, Point Masses lSpatially Varying Loads lNonlinear Contact & Joints lPre-tension Bolts & Multi-step l Analsysis Basic Plasticity lLarge Deformation lFatigue Analysis lTopology Optimization l Fluid Steady-State Flow l lTransient Flow l lTime-dependent Fluid Conditions lIncompressible Flow lCompressible Flow1 p lNon-Newtonian Fluids lPeriodic Domains lPorous Media lParticle Flow l Thermal Steady State Thermal l lTransient Thermal l lTime Dependent Thermal Conditions lConduction l lConvection l lRadiation to Space l ElectromagneticsDC Conduction lAC Conduction lMagnetostatics lAC Harmonic Magnetics l


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MultiphysicsThermal-stress lFluid-structure interaction lFluid-solid thermal l (conjugate heat transfer)Thermal-electric lThermal-electric-stress lThermal-electromagnetic lThermal-electromagnetic-stress l Design & Concept ModelingConcept Modeling or Detail Design l l lPart/Assembly Creation or Import l l lLarge Assembly Importing l l l2-D Drawings, BOM, Exploded Views l l lGeometric Parameterization l l lSheet metal design l l l ManufacturingRepair & Defeature Tools l l lSheet metal editing and l l l unfolding 3-D Printing2Import, repair, edit faceted data l l lShelling and infills l l lThickness detection l l l Reverse EngineeringAutosurface of scanned data l l lBuild solid/surfaces on scanned data l l l

Interfaces and AddonsCatia/JT translator l l lAlgoryx Momentum3 l l lKeyshot rendering3 l l l Notes: (1) Discovery Live supports mildly compressible fluid flow up to ~Mach 0.3 (2) Included with Discovery Standard and Ultimate (3) Add-on Module

ANSYS ANSYS ANSYS Discovery Discovery Discovery Essentials Standard Ultimate


Additive Print Additive Suite* Mechanical Enterprise

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Topology and Lattice OptimizationOptimization For Static Structural lOptimization For Modal Analysis lLattice Optimization (beta) lDesign Validation Transfer lManufacturing Constraints l Geometry and STL file handling SpaceClaim Direct Modeler l l l Workbench AdditiveNonlinear And Temperature Dependent Material Properties l Thermo-Mechanical Coupled Strain Solution l Native Mechanical Environment l Stress-based Automatically Generated Supports l Part Distortion & Residual Stress (as-built) l Part Distortion & Residual Stress

l

After Support RemovalDistortion Compensation l Blade Crash Detection l Identification Of High Strain (Crack)

l

LocationsLayer By Layer Stress & Distortion

l

Visualizations Additive PrintNonlinear and Temperature Dependent

l l

Material Properties Uniform Assumed Isotropic Strain l l Scan Pattern Based Anisotropic Strain l l Thermal Ratcheting Based Anisotropic Strain l l Desktop & Cloud Stand-Alone Environments l l Stress-based Automatically Generated Supports l l Part Distortion & Residual Stress (as-built) l l Part Distortion & Residual Stress After

l l

Support RemovalDistortion Compensation l l

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Additive Print Additive Suite* Mechanical Enterprise

Blade Crash Detection l l Identification Of High Strain (Crack) Locations l l Layer By Layer Stress, Distortion & Blade

l l

Crash VisualizationsBuild File Readers For Multiple AM Machines l l Additive Science (beta)Nonlinear and Temperature Dependent

l

Material PropertiesMeltpool Dimensions l Detailed Thermal History l % Porosity l Sensor Measurement Predictions l

* Additive Suite requires a Mechanical Enterprise license

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19.1 Capabilities · 2021. 1. 4. · Load Transfer to Structural Analysis l Thermal Steady State...

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Transcript of 19.1 Capabilities · 2021. 1. 4. · Load Transfer to Structural Analysis l Thermal Steady State...