ansys 15.0 capabilities brochure - excitations ... explicit str™ ansys autodyn ansys ls-dyna...

Download ANSYS 15.0 Capabilities Brochure -   excitations ... Explicit STR™ ANSYS Autodyn ANSYS LS-DYNA ANSYS Fluent ANSYS CFX ANSYS CFD-Flo™ ANSYS Polyfl ow ANSYS HFSS

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  • ANSYS 15.0 Capabilities Brochure

    Fluid Dynamics Structural Mechanics Electromagnetics Systems & Multiphysics

    mldaehneCADFEM-Sticker

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    ANSYS 15.0Capabilities Chart

    ANSYS Product Solutions

    Structural AnalysisAnalysis TypesStatic Modal Buckling (linear) Buckling (nonlinear) Transient Spectrum Harmonic Random vibration Substructuring Geometric NonlinearityLarge strain Large defl ection Material Model HighlightsLinear material models Rate-dependent plasticity Rate-independent plasticity Hyperelasticity Viscoelasticity Creep Reactive materials Contact ModelingBonded/no separation sliding Pretension (bolts, etc.) Joints Spot welds Nonlinear Contact ModelingRough Frictionless Friction Gaskets Advanced AnalysisRotordynamics Component mode synthesis Cyclic symmetry analysis Rezoning Submodeling Element birth and death

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  • Explicit AnalysisModeling CapabilitiesInteractive prep/post and solution Remapping in space Remapping solution methods Mass scaling Dezoning Part activation and deactivation Part addition/removal during a simulation Erosion based on multiple criteria Natural fragmentation Euler solver 2-D solver Fluidstructure interaction (FSI) Implicitexplicit deformations Implicitexplicit material states

    Thermal AnalysisAnalysis TypesSteady state Transient

    Thermal ModelingConduction Convection Radiation Phase change

    Fluid DynamicsModeling Capabilities Variety of inlet and outlet B.C. Steady-state fl ow Transient fl ow 2-D fl ow (dedicated solver option) 2-D fl ow (using thin 3-D segment) 3-D fl ow Time-dependent boundary conditions Incompressible fl ow Compressible fl ow Natural convection Fan model Periodic domains Porous media Heat transfer Conjugate heat transfer Non-Newtonian viscosity Viscoelasticity Turbulence (isotropic)

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    ANSYS 15.0Capabilities Chart

    ANSYSCFD

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    ANSYS Product Solutions

  • ANSYS 15.0Capabilities Chart

    ANSYSCFD

    Fluid Dynamics Modeling Capabilities (continued)Turbulence (anisotropic/RSM/LES) Turbulence (transitional/SAS/DES) Rotating equipment (MRF/frozen-rotor) Rotating equipment (sliding-mesh/stage) Dynamic/moving-deforming mesh Immersed-solid/MST method for moving parts Flow-driven solid motion (6DOF) Internal radiation (participating media) Internal radiation (transparent media) External radiation Solar radiation and load Species modeling Flow pathlines (massless) Particle tracking (with mass) Coupled discrete phase modeling Acoustics (source export) Acoustics (noise prediction) Chemical reaction Combustion Cavitation Multiphase (Eulerian) Multiphase (free surface) Fluidstructure interaction option Internal optimization for fl ow Specialty extrusion models Specialty blow molding models Specialty fi ber spinning models Specialty fuel cell models +Mesh Morphing + Transient blade row models (turbo) Flutter/forced response +Multiphase wall fi lm (Eulerian) Solver OptionsPressure-based coupled solver Density-based coupled solver Pressure-based segregated solver Parallel solving on local PC option Parallel solving over network option Customizable, scripting and user functions Adjoint solver for sensitivity analysis

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    ANSYS Product Solutions

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  • ANSYS 15.0Capabilities Chart

    ANSYSCFD

    Electromagnetics Low FrequencyElectrostatics AC conduction DC conduction DC insulator fi eld Magnetostatics Adaptive fi eld mesh AC harmonic magnetic AC harmonic electric Electric transient Ion optics

    Magnetic TransientRigid motion visualization Translational motion Rotational motion Double-layer rotational motion Cylindrical motion Automatic matching boundaries Winding defi nition Automatic coil connections across boundaries Advanced circuit coupling with ANSYS Simplorer Circuit coupling with adaptive time stepping

    Advanced Material CharacteristicsNonlinear anisotropic materials Functional magnetization direction Advanced permanent magnet demagnetization modeling Nonlinear magnetization characteristics Core loss modeling Automatic project creation using UDPs Insulation sheet to model cracks

    Electromagnetics High FrequencyFrequency domain analysis Time domain analysis Eigenmode analysis Integral equation analysis Hybrid fi nite element integral equation analysisWave port excitation Lumped port excitation Floquet excitations Plane wave excitation

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    ANSYS Product Solutions

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  • ANSYS 15.0Capabilities Chart

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    Hertzian dipole excitation Cylindrical wave excitation Gaussian beam excitation Linear antenna excitation Linked far-fi eld excitation Linked near-fi eld excitation Voltage source excitation Current source excitation Magnetic bias excitation Modal solutions Terminal solutions Perfect electric conductor boundaryPerfect magnetic conductor boundaryFinite conductivity boundaries Impedance boundary Layered impedance boundary RLC boundary Radiation boundary Symmetry boundary Master/slave boundary Screening impedance boundary Perfectly matched layer boundary Frequency-dependent materials Field calculation inside conductive materialsDiscrete-frequency sweep type Fast-frequency sweep type Interpolating swee

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