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ANSYS Multiphysics

ANSYS FSI Medical Device


ANSYS Multiphysics™ simulation solution
allow engineers and designers to create virtual prototypes of their designs operating under real-world multiphysics conditions. As the range of need for simulation expands, companies must be able to accurately predict how complex products will behave in real-world environments — where multiple types of coupled physics interact. Industry-leading software from ANSYS enables engineers and scientists to simulate the interaction between structural mechanics, heat transfer, fluid flow and electromagnetics all within a single, unified engineering simulation environment.

 

 

To review the various ANSYS Multiphysics features and capabilities, select one of the following:

Structural Analysis Thermal Analysis Fluid Dynamics Electromagnetics - LF
Coupled Analysis Pre-Processing Post-Processing General


Structural Analysis

Analysis Type
Static
Modal
Buckling (linear & nonlinear)
Transient
Spectrum
Harmonic
Random vibration
Substructuring
Geometric Nonlinearity

Large strain
Large deflection
Material Model Highlights

Linear material models
Rate-dependent plasticity
Rate-independent plasticity
Hyperelasticity
Viscoelasticity
Creep
Contact Modeling

Bonded/no separation sliding
Pretension (bolts, etc.)
Joints
Spot welds
Nonlinear Contact Modeling

Rough
Frictionless
Friction
Gaskets
Advanced Analysis

Rotordynamics
Component mode synthesis
Cyclic symmetry analysis
Rezoning
Submodeling
Element birth and death

Thermal Analysis

Analysis Type

Steady State
Transient
Thermal Modeling

Conduction
Convection
Radiation
Phase Change

Fluid Dynamics

Modeling Capabilities

Variety of inlet and outlet B.C.
Steady-state flow
Transient flow
2-D flow (using thin 3-D segment)
3-D flow
Time-dependent boundary conditions
Incompressible flow
Compressible flow
Natural convection
Fan model
Periodic domains
Porous media
Heat transfer
Conjugate heat transfer
Non-Newtonian viscosity
Turbulence (isotropic)
Turbulence (anisotropic/RSM/LES)
Dynamics/moving-deforming mesh
Immersed-solid/MST method for moving parts
Internal radiation (participating media)
Species modeling
Flow pathlines (massless)
Acoustics (source export)
Cavitation
Multiphase (free surface)
Fluid-structure interaction option
Solver Options

Pressure-based coupled solver
Parallel solving on local PC
Parallel solving over network option
Customizable, scripting and user functions

Electromagnetics
Low Frequency

Electrostatics
AC conduction
DC conduction
Magnetostatics
AC harmonic magnetic
AC harmonic electric
Electric transient
Ion optics
Magnetic Transient

Translational motion
Rotational motion

Coupled Physics

Acoustics
Acoustics-structural
Electric-magnetic
Fluid-structural
Fluid-thermal
Electromagnetic-fluid
Electrostatic-structural
Magnetic-structural
Electromagnetic-thermal
Piezoelectric
Piezoresistive
Thermal-electric
Thermal-structural
Thermal-electric-structural
Electromagnetic-thermal-structural
Reduced-order modeling (ROM)

Pre-Processing

Modeling Capabilities

IGES/STEP geometry reader
Beam modeling
Meshing Capabilities
Defeaturing
Surface meshing
Tetrahedral meshing
Prism inflation layers
Swept-hex meshing
Thin-sweep meshing
Multizone hex meshing
Automatic hexa-core meshing
Automatic hexa-dominant meshing
Adaptive mesh refinement
Boundary Conditions
Solid model loads and boundary conditions
Tabular loads and boundary conditions
Function loads and boundary conditions
Apply temperature loads

Post-Processing

Report generator
Contour displays
Vector displays
Isosurface displays
Slicing displays
Quantitative calculations
Particle tracing
Animation
Output (images, Excel data)

General

ANSYS Engineering Knowledge Manager™
(EKM) data management ready
Parallel solvers (HPC licenses req.)
Solver scripting language
Parameter manager

Consulting Services