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Tuotteet > Specification Chart

Specification Chart

Physics Interfaces and Study Types

Charged Particle Tracing

Yes

Electric Currents with Current Conservation

Yes

Electric Currents, Shell

Yes

Electrical Circuit

Yes

Yes

Yes

Yes

Electrostatics with Charge Conservation

Yes

Magnetic and Electric Fields

Yes

Magnetic Fields

Yes

Magnetic Fields, No Currents

Yes

Rotating Machinery in 2D and 3D, Magnetic

Yes

Boundary Conditions

Circuit Terminal

Yes

Yes

Yes

Contact Resistance

Yes

Dielectric Shielding

Yes

Yes

Yes

Distributed Capacitance

Yes

Yes

Yes

Distributed Impedance

Yes

Yes

Yes

Distributed Resistance

Yes

Electric Shielding

Yes

Yes

Yes

Floating Potential

Yes

Yes

Yes

Lumped Port

Yes

Magnetic Shielding

Yes

Periodic Boundary Condition

Yes

Sector Symmetry

Yes

Surface Charge Accumulation

Yes

Surface Impedance

Yes

Thin Low Permeability Gap

Yes

Transition

Yes

Fundamental Magnetic Boundary Conditions

Yes

Fundamental Voltage and Current Boundary Conditions

Yes

Edge and Point Conditions

Edge/Line and Point Currents and Charges

Yes

Electric Point Dipole

Yes

Yes

Magnetic Point Dipole

Yes

Electrical Circuit

Import of SPICE Netlist

Yes

Yes

Yes

Yes

Linear Passive Circuit Element

Yes

Yes

Yes

Yes

Nonlinear & Active Circuit Element

Yes

Yes

Yes

Yes

Voltage and Current Source

Yes

Yes

Yes

Yes

Lumped Parameters

S, Y and Z parameter conversions

Yes

Yes

Yes

Capacitance, Impedance and Admittance Matrix Calculation

Yes

Yes

Yes

Inductance Matrix Calculation

Yes

S-Parameter Matrix Calculation

Yes

Yes

Yes

Particle Tracing

Boundary Conditions

Yes

Formulation

Yes

Particle Properties and Forces

Yes

Particle Release

Yes

Volumetric Domain Properties

1D, 2D, Axisymmetric, and 3D Formulations

Yes

Charge Conservation

Yes

Electric Force and Torque

Yes

Yes

Yes

Electric Infinite Domain Modeling with Infinite Elements

Yes

Yes

Yes

Electromagnetic Force and Torque

Yes

Magnetic Infinite Domain Modeling with Infinite Elements

Yes

Prescribed Rotation

Yes

Prescribed Rotational Velocity

Yes

Reduced Field Formulation for Magnetic Fields

Yes

Space Charge Density

Yes

Coil Modeling in 2D, 2D Axisymmetry and 3D

Yes

Current Conservation

Yes

Constitutive Relations

Anisotropic Materials

Yes

BH Curve

Yes

Constitutive Relationships for Magnetic Fields, 3D

Yes

Electric Conductivity

Yes

Fundamental Constitutive Relations

Yes

Linearized Resistivity

Yes

Lorentz Velocity, 3D

Yes

Lorentz Velocity. 2D

Yes

Magnetic Losses

Yes

Magnetization

Yes

Polarization

Yes

Porous Media and Mixture materials

Yes

Relative Permeability

Yes

Relative Permittivity

Yes

Remanent Displacement

Yes

Remanent Flux Density

Yes

Acoustics

Physics Interfaces and Study Types

Acoustic-Structure Interaction

Acoustic-Piezoelectric Interaction, Frequency Domain

Yes

Acoustic-Piezoelectric Interaction, Transient

Yes

Acoustic-Shell Interaction, Frequency Domain*

Yes

Yes

Acoustic-Shell Interaction, Transient*

Yes

Yes

Acoustic-Solid Interaction, Frequency Domain

Yes

Acoustic-Solid Interaction, Transient

Yes

Elastic waves

Yes

Pipe Acoustics, Transient*

Yes

Yes

Poroelastic Waves

Yes

Aeroacoustics

Aeroacoustics with Flow, Frequency Domain

Yes

Aeroacoustics with Flow, Transient

Yes

Aeroacoustics, Frequency Domain

Yes

Aeroacoustics, Transient

Yes

Boundary Mode Aeroacoustics

Yes

Compressible Potential Flow

Yes

Pressure Acoustics

Boundary Mode Acoustics

Yes

Pressure Acoustics, Frequency Domain

Yes

Pressure Acoustics, Transient

Yes

Thermoacoustics

Thermoacoustic-Shell Interaction, Frequency Domain*

Yes

Yes

Thermoacoustic-Solid Interaction, Frequency Domain

Yes

Thermoacoustics, Frequency Domain

Yes

Boundary Conditions

Far-Field Calculation

Yes

Impedance

Yes

Interior Sound Hard Boundary

Yes

Sound Hard Boundary (Wall)

Yes

Sound Soft Boundary

Yes

Perodic Condition

Yes

Acoustic-Structure Interaction

Acoustic-Shell Boundary*

Yes

Yes

Acoustic-Solid Boundary

Yes

Shells Boundary Conditions

Yes

Porous Material (Poroelastic Wave)

Yes

Solid Mechanics

Yes

Aeroacoustics

Normal Mass Flow

Yes

Normal Velocity

Yes

Plane-Wave Radiation

Yes

Velocity Potential

Yes

Vortex Sheet

Yes

Compressible Potential Flow

Yes

Pressure Acoustics

Cylindrical-Wave Radiation

Yes

Interior Impedance

Yes

Interior Normal Acceleration

Yes

Interior Perforated Plate

Yes

Matched Boundary

Yes

Normal Acceleration

Yes

Plane-Wave Radiation

Yes

Prescribed Pressure

Yes

Spherical-Wave Radiation

Yes

Thermoacoustics

Continuity

Yes

Prescribed Pressure (adiabatic)

Yes

Shells Boundary Conditions

Yes

Sound Hard Wall (no-slip)

Yes

Symmetry Condition

Yes

Thermoacoustic-Shell Boundary*

Yes

Yes

Mechanical Conditions

Yes

Thermal Conditions

Yes

Edge and Point Conditions

Flow Edge and Point Source

Yes

Gaussian Pulse Edge Source

Yes

Intensity Edge and Point Source

Yes

Mass Flow Edge and Point Source

Yes

Power Edge and Point Source

Yes

Shell Edge and Point Conditions

Yes

Solid Edge and Point Load

Yes

Solid Edge and Point Prescribed Displacement

Yes

Solid Spring Foundation

Yes

Yes

Yes

Pipe Acoustics

Edges*

Yes

Yes

Points*

Yes

Yes

Volumetric Domain Properties

1D, 2D, Axisymmetric, and 3D Formulations

Yes

Infinite Acoustic Domain Modeling with Perfectly Matched Layers

Yes

Infinite Solid Domain Modeling with Perfectly Matched Layers

Yes

Yes

Yes

Initial Values

Yes

Acoustic-Structure Interaction

Initial Stress and Strain Tensors

Yes

Yes

Yes

Linear Elastic Material Model

Yes

Piezoelectric Devices

Yes

Yes

Yes

Poroelastic Material

Yes

Solid Mechanics

Yes

Aeroacoustics

Aeroacoustics Model

Yes

Pressure Acoustics

Background Pressure Field

Yes

Monopole and Dipole Source

Yes

Fluid Models

Yes

Thermoacoustics

Thermally-Conducting Viscous Fluid Model

Yes

Chemical Species Transport

Physics Interfaces and Study Types

Nernst-Planck Equations

Yes

Reacting Flow, Concentrated Species

Yes

Yes

Yes

Reacting Flow, Diluted Species

Yes

Yes

Yes

Reacting Pipe Flow

Yes

Reaction Engineering with Chemical Reaction Equations

Yes

Solute Transport

Yes

Species Transport in Porous Media

Yes

Yes

Yes

Yes

Yes

Surface Reactions

Yes

Yes

Yes

Yes

Transport of Concentrated Species

Yes

Yes

Yes

Transport of Diluted Species

Yes

Transport of Diluted Species in Pipes

Yes

Boundary Conditions

Axial Symmetry

Yes

Concentration

Yes

Continuity

Yes

Current Density

Yes

Current Discontinuity

Yes

Electric Insulation

Yes

Electric Potential

Yes

Electrochemical Reactions

Yes

Yes

Yes

Flow Boundary Volatilization

Yes

Yes

Yes

Yes

Yes

Yes

Flux

Yes

Flux Discontinuity

Yes

Inflow

Yes

Mass Fraction

Yes

Yes

Yes

Mass Outflow

Yes

No Flow Boundary Volatilization

Yes

Yes

Yes

Yes

Yes

Yes

No Flux

Yes

Open Boundary

Yes

Yes

Yes

Yes

Yes

Yes

Outflow

Yes

Periodic Condition

Yes

Reacting Boundary

Yes

Yes

Yes

Surface Properties

Yes

Yes

Yes

Yes

Surface Reaction, Chemical Reaction Engineering

Yes

Symmetry

Yes

Thin Diffusion Barrier

Yes

Inflow with Mixture Specification

Yes

Yes

Yes

Volumetric Domain Properties

1D, 2D, Axisymmetric, and 3D Formulations

Yes

Convection and Diffusion

Yes

Electrochemical Reactions

Yes

Yes

Yes

Free Flow

Yes

Yes

Yes

Yes

Yes

Yes

Generate Space-Dependent Model

Yes

Infinite Domain Modeling with Infinite Elements

Yes

Initial Values

Yes

Isotropic and Anisotropic Diffusion

Yes

Migration in Electric Field

Yes

Yes

Yes

Yes

Yes

Mobile Liquid, Immobile Solid

Yes

Yes

Yes

Yes

Yes

Yes

Mobile Liquid, Immobile Solid and Gas

Yes

Yes

Yes

Yes

Yes

Yes

Multiple-Species User Interface

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Reactions

Yes

Reactions, Chemical Reaction Engineering

Yes

Solute Source

Yes

Species Source

Yes

Yes

Yes

Yes

Yes

Species, Chemical Reaction Engineering

Yes

Turbulent Mixing

Yes

Wall Mass Transfer

Yes

Effective Mass Transport Parameters

Yes

Yes

Yes

Diffusion-Models for Transport of Concentrated Species

Fick's Law

Yes

Yes

Yes

Maxwell-Stefan

Yes

Yes

Mixture-Averaged

Yes

Yes

Yes

Electrochemistry

Physics Interfaces and Study Types

Battery with Binary Electrolyte

Yes

Corrosion, Secondary

Yes

Corrosion, Tertiary

Yes

Electrode, Shell

Yes

Yes

Yes

Electrodeposition, Secondary

Yes

Electrodeposition, Tertiary, Nernst-Planck

Yes

Lead-Acid Battery

Yes

Lithium-Ion Battery

Yes

Primary Current Distribution

Yes

Yes

Yes

Secondary Current Distribution

Yes

Yes

Yes

Tertiary Current Distribution, Nernst-Planck

Yes

Yes

Yes

Boundary Conditions

External Corroding Electrode

Yes

External Depositing Electrode

Yes

Insulation

Yes

Yes

Periodic Condition

Yes

Yes

Symmetry

Yes

Yes

Corroding Electrode Surface with Thickness and Composition

Yes

Depositing Electrode Surface with Thickness and Composition

Yes

Electrode

Current

Yes

Yes

Yes

Current Density

Yes

Yes

Yes

Electrode Power

Yes

Ground

Yes

Yes

Yes

Potential

Yes

Yes

Yes

Electrolyte

Concentration

Yes

Yes

Yes

Current

Yes

Yes

Yes

Current Density

Yes

Yes

Yes

Flux

Yes

Yes

Yes

Inflow

Yes

Yes

Yes

No Flux

Yes

Yes

Yes

Open Boundary

Yes

Yes

Yes

Outflow

Yes

Yes

Yes

Potential

Yes

Yes

Yes

Electrolyte-Electrode Boundary Interface

Yes

Yes

Yes

Electrolyte-Electrode Domain Interface

Yes

Yes

Yes

Pair Boundary Conditions on Interior Boundaries

Continuity

Yes

Yes

Yes

Insulation

Yes

Yes

Yes

Symmetry

Yes

Yes

Yes

Electrode

Current

Yes

Yes

Yes

Electrolyte

Current

Yes

Yes

Yes

Electrolyte-Electrode Boundary Interface

Yes

Yes

Yes

Edge and Point Conditions

Electric Reference Potential

Yes

Yes

Yes

Electrode Potential at Edges and Points

Yes

Yes

Yes

Electrolyte Potential at Edges and Points

Yes

Yes

Yes

Reference Electrode

Yes

Yes

Yes

Volumetric Domain Properties

1D, 2D, Axisymmetric, and 3D Formulations

Yes

Yes

Yes

Current and Species Transport in Concentrated Binary Electrolytes

Yes

Electrolyte

Yes

Yes

Yes

Intercalating Species (Li, Hydrogen, or other)

Yes

Reactions

Yes

Yes

Yes

Solid Electrolyte Interface (SEI)

Yes

Effective Transport Parameter Correction

Yes

Electrode

Yes

Yes

Yes

Porous Electrode

Yes

Yes

Yes

Current Source

Electronic

Yes

Yes

Yes

Ionic

Yes

Yes

Yes

Infinite Domain Modeling with Infinite Elements

Electrode

Yes

Yes

Yes

Electrolyte

Yes

Yes

Yes

Lead-Acid Battery

Electrolyte

Reservoir

Yes

Separator

Yes

Porous Electrode

Negative Porous Electrode

Yes

Positive Porous Electrode

Yes

Li-Ion Battery

Concentrated Binary Electrolyte

Yes

Porous Electrodes

Li Intercalation

Yes

Negative Electrode

Yes

Positive Electrode

Yes

Solid Electrolyte Interface (SEI)

Yes

Fluid Flow

Physics Interfaces and Study Types

Fluid-Structure Interaction (FSI)

Yes

Yes

Particle Tracing for Fluid Flow

Yes

High Mach Number Flow

Laminar Flow

Yes

Turbulent Flow, k-epsilon

Yes

Turbulent Flow, Spalart-Allmaras

Yes

Multiphase Flow

Bubbly Flow, Laminar and Turbulent

Yes

Euler-Euler Model, Laminar

Yes

Mixture Model, Laminar and Turbulent

Yes

Two Phase Flow, Moving Mesh, Laminar

Yes

Two-Phase Flow, Level Set, Laminar

Yes

Yes

Two-Phase Flow, Level Set, Turbulent

Yes

Two-Phase Flow, Phase Field, Laminar

Yes

Yes

Two-Phase Flow, Phase Field, Turbulent

Yes

Non-Isothermal Flow

Laminar Flow

Yes

Yes

Non-Isothermal Pipe Flow

Yes

Turbulent Flow, k-epsilon

Yes

Yes

Turbulent Flow, k-omega

Yes

Turbulent Flow, Low-Reynolds k-epsilon

Yes

Yes

Turbulent Flow, Spalart-Allmaras

Yes

Porous Media and Subsurface Flow

Brinkman Equations

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Darcy's Law

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Fracture Flow

Yes

Free and Porous Media Flow

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Richards Equation

Yes

Two-Phase Darcy's Law

Yes

Rarefied Flow

Molecular Flow

Yes

Slip Flow

Yes

Transitional Flow

Yes

Single-Phase Flow

Creeping Flow

Yes

Yes

Laminar Flow

Yes

Pipe Flow

Yes

Rotating Machinery, Laminar Flow

Yes

Rotating Machinery, Turbulent Flow, k-epsilon

Yes

Turbulent Flow, k-epsilon

Yes

Yes

Turbulent Flow, k-omega

Yes

Turbulent Flow, Low-Reynolds k-epsilon

Yes

Yes

Turbulent Flow, Spalart-Allmaras

Yes

Water Hammer

Yes

Thin-Film Flow

Film-Damping Shell

Yes

Lubrication Shell

Yes

Yes

Thin-Film Flow in 2D

Yes

Yes

Thin-Film Gas Flow in 2D

Yes

Boundary Conditions

Atmosphere/Gauge

Yes

Bend

Yes

Boundary Stress

Yes

Closed

Yes

Contraction/Expansion

Yes

Diffuse Flux

Yes

Electrode-Electrolyte Interface Coupling, Porous Media

Yes

Yes

Yes

External Fluid Interface

Yes

External Slip Wall

Yes

Fan

Yes

Fluid-Fluid Interface

Yes

Flux Discontinuity, Porous Media

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Free Surface*

Yes

Grille

Yes

Hydraulic Head, Porous Media

Yes

Inflow Boundary, Porous Media

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Initial Interface, Two-Phase Flow

Yes

Yes

Interior Fan

Yes

Local Friction Loss

Yes

Mass Flux, Porous Media

Yes

Yes

Yes

Yes

Yes

Yes

Yes

No Flow

Yes

No Flow, Porous Media

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Open Boundary, Normal Stress or No Viscous Stress

Yes

Periodic Flow Condition

Yes

Pervious Layer, Porous Media

Yes

Pressure Head, Porous Media

Yes

Pressure, Porous Media

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Pump

Yes

Reservoir

Yes

Slip Wall

Yes

Symmetry Boundary Condition

Yes

T-Junction

Yes

Total Vacuum

Yes

Vacuum Pump

Yes

Yes

Vacuum Pump (Free Molecular Flow)

Yes

Valve

Yes

Inlet

Laminar Flow with Average Velocity, Volumetric Flow Rate or Pressure

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Mass Flow Rate and Mass Flux

Yes

Yes

Yes

Yes

Standard Mass Flow Rate (SCCM)

Yes

Yes

Yes

Turbulent Flow

Yes

Yes

Velocity, Pressure, Normal Stress

Yes

Volumetric Flow Rate

Yes

Outlet

Laminar Flow with Average Velocity, Flow Rate or Pressure

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Pressure, Stress, Velocity

Yes

Wall

Electroosmotic Velocity

Yes

Outgassing Wall

Yes

Rotating Shaft*

Yes

Rotating Wall

Yes

Slip or No Slip, Sliding, Moving or Leaking Wall

Yes

Slip Velocity using Viscous Slip and Thermal Creep

Yes

Yes

Yes

Turbulent Flow Wall Functions

Yes

Yes

Wetted Wall and Moving Wetted Wall

Yes

Yes

Interior Wall for Single Phase Flow

Yes

Yes

Edge and Point Conditions

Pressure Point Constraint

Yes

Thin-Film Flow Border

Yes

Yes

Particle Tracing

Boundary Conditions

Yes

Formulation

Yes

Particle Properties and Forces

Yes

Particle Release

Yes

Volumetric Domain Properties

1D Formulations for Porous Media Flow

Yes

Yes

Yes

Yes

Yes

Yes

2D, Axisymmetric, and 3D Formulations

Yes

Forchheimer Drag

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Free Surface Domain*

Yes

Gravity Effects

Yes

Mass Transfer, Bubbly Flow and Mixture Model

Yes

Pressure Work, Non-Isothermal Flow

Yes

Yes

Rotating Domain

Yes

Shallow Channel Approximation, 2D

Yes

Yes

Surface Tension Effects

Yes

Yes

Swirl Flow, Axisymmetric, Laminar

Yes

Swirl Flow, Axisymmetric, Turbulent

Yes

Viscous Heating, Non-Isothermal Flow

Yes

Yes

Volume Force and Gravity

Yes

Fluid-Structure Interaction (FSI)

Yes

Yes

Fluid Properties

Compressible Flow, Mach number <0.3

Yes

Density and Viscosity

Yes

Incompressible Flow

Yes

Non-Newtonian

Bingham

Yes

Carreau Model

Yes

Yes

Power Law

Yes

Yes

Yes

User-Defined Model

Yes

Porous Media

Fluid and Matrix Properties, Brinkman Equations

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Mass Source

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Porous Electrode Coupling

Yes

Yes

Richards' Equation, Isotropic and Anisotropic

Yes

Storage Model, Isotropic and Anisotropic

Yes

Darcy's Law, Isotropic and Anisotropic

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Heat Transfer

Physics Interfaces and Study Types

Bioheat Transfer

Yes

Heat Transfer in Fluids

Yes

Heat Transfer in Pipes

Yes

Heat Transfer in Porous Media

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Heat Transfer in Solids

Yes

Heat Transfer in Thin Shell

Yes

Conjugate Heat Transfer

Laminar

Yes

Yes

Turbulent Flow, k-epsilon

Yes

Yes

Turbulent Flow, k-omega

Yes

Turbulent Flow, Low-Reynolds k-epsilon

Yes

Yes

Turbulent Flow, Spalart-Allmaras

Yes

Electromagnetic Heating

Induction Heating

Yes

Joule Heating

Yes

Microwave Heating

Yes

Radiation

Heat Transfer with Radiation in Participating Media

Yes

Heat Transfer with Surface-to-Surface Radiation

Yes

Radiation in Participating Media

Yes

Surface-to-Surface Radiation

Yes

Boundary Conditions

Axial Symmetry

Yes

Boundary Heat Source

Yes

Electrochemical Reaction Heat Flux

Yes

Yes

Yes

Heat Continuity

Yes

Heat Flux

Yes

Highly Conductive Layer

Yes

Inflow Heat Flux

Yes

Yes

Open Boundary

Yes

Yes

Outflow

Yes

Periodic Heat Condition

Yes

Reaction Heat Flux

Yes

Surface-to-Ambient Radiation

Yes

Symmetry

Yes

Temperature

Yes

Thermal Insulation

Yes

Convective Cooling

Yes

Yes

Highly Conductive Layer

Yes

Radiation in Participating Media

Yes

Surface-to-Surface Radiation

Yes

Thin Conductive Shell

Yes

Thin Thermally Resistive Layer

Yes

Yes

Edge and Point Conditions

Line and Point Heat Source

Yes

Highly Conductive Layer

Yes

Thin Conductive Shell

Yes

External Radiation Source

Directional Radiation Source

Yes

Point Radiation Source

Yes

Solar Position

Yes

Volumetric Domain Properties

Heat Source

Yes

Heat Sources, Electrochemical Reactions and Joule Heating

Yes

Yes

Yes

Heat Transfer in Fluids

Yes

Heat Transfer in Solids

Yes

Infinite Domain Modeling with Infinite Elements

Yes

Opaque Material

Yes

Out-of-plane Heat Transfer

Yes

Pressure Work

Yes

Yes

Translational Motion

Yes

Viscous Heating

Yes

Yes

Heat Transfer in Biological Tissue

Yes

Heat Transfer in Porous Media

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Radiation in Participating Media

Yes

Thermodynamics for Heat Transfer in Fluids

Yes

Yes

Wall Heat Transfer

Yes

Mathematics

Physics Interfaces and Study Types

Classical PDEs

Yes

Deformed Mesh

Yes

Global, Domain, Boundary, Edge, and Point ODEs and DAEs

Yes

Mathematical Particle Tracing

Yes

Moving Interface

Yes

Yes

Wall Distance

Yes

Optimization and Sensitivity

Optimization

Yes

Parameter Estimation

Yes

Sensitivity

Yes

PDE Interfaces

Coefficient Form Domain, Boundary, Edge, and Point PDE

Yes

General Form Domain, Boundary, Edge, and Point PDE

Yes

Weak Form Domain, Boundary, Edge, and Point PDE

Yes

Boundary Conditions

Axial Symmetry

Yes

Continuity

Yes

Periodic Condition

Yes

Moving Interface

Level Set

Yes

Yes

Phase Field

Yes

Yes

Phase Field and Level Set

Yes

Yes

PDE Interfaces

Constraint

Yes

Destination Selection

Yes

Dirichlet Boundary Condition

Yes

Flux/Source

Yes

Periodic Condition

Yes

Weak Constraint

Yes

Weak Contribution on Mesh Boundaries

Yes

Zero Flux

Yes

Wall Distance

Wall

Yes

Edge and Point Conditions

PDE Interfaces

Edge Source

Yes

Point Source

Yes

Pointwise Constraint

Yes

Global Properties

ODEs and DAEs

Global Equations

Yes

Optimization and Sensitivity

Control Variable Field

Yes

Global Control Variables

Yes

Global Objective

Yes

Integral Objective

Yes

Probe Objective

Yes

Optimization

Global Inequality Constraints

Yes

Integral Inequality Constraint

Yes

Pointwise Inequality Constraint

Yes

Particle Tracing

Boundary Conditions

Yes

Formulation

Yes

Particle Properties and Forces

Yes

Particle Release

Yes

Volumetric Domain Properties

0D, 1D, 2D, Axisymmetric, and 3D Formulations

Yes

Deformed Mesh

Fixed Mesh

Yes

Free Deformation

Yes

Prescribed Deformation

Yes

PDE Interfaces

Discretization

Yes

Source

Yes

PDE Model

Yes

Wall Distance

Distance Equation

Yes

Plasma

Physics Interfaces and Study Types

Boltzmann Equation, Two-term Approximation

Yes

Capacitively Coupled Plasma

Yes

DC Discharge

Yes

Drift Diffusion

Yes

Heavy Species Transport

Yes

Inductively Coupled Plasma*

Yes

Yes

Microwave Plasma*

Yes

Yes

Boundary Conditions

Electrons

Yes

Heavy Species

Yes

Volumetric Domain Properties

1D, 2D, Axisymmetric and 3D Formulations

Yes

Drift Diffusion Model

Yes

Electron Production Rate

Yes

General Power Deposition

Yes

Inductive Power Deposition

Yes

Microwave Power Deposition

Yes

Reaction

Yes

Species, Non-Electron

Yes

Electron Energy Distribution Function

Yes

Electron Impact Reaction

Yes

Diffusion-Models for Heavy Species Transport

Fick's Law

Yes

Mixture-Averaged

Yes

RF

Physics Interfaces and Study Types

Electromagnetic Waves

Yes

Transmission Line

Yes

Boundary Conditions, Frequency and Time Domain

Continuity

Yes

Electric Field

Yes

Lumped Port, Including Connection to Electrical Circuit

Yes

Magnetic Field

Yes

Perfect Electric Conductor

Yes

Perfect Magnetic Conductor

Yes

Periodic Condition

Yes

Scattering Boundary Condition

Yes

Surface Current

Yes

Boundary Conditions, Frequency Domain

Impedance Boundary Condition

Yes

Port

Yes

Far Field Calculation

Yes

Edge and Point Conditions

Edge Current

Yes

Electric Point Dipole

Yes

Magnetic Point Dipole

Yes

Lumped Parameters

Touchstone File Export

Yes

S-Parameter Matrix Calculation

Yes

Volumetric Domain Properties

Infinite Domain Modeling with Perfectly Matched Layers

Yes

Scattered Field Formulation

Yes

Wave Equation, Electric Full Field Formulation in 3D

Yes

2D and Axisymmetric Electric Formulations

In-Plane Vector

Yes

Out-of-Plane Vector

Yes

Three-Vector

Yes

Constitutive Relations

Anisotropic Materials

Yes

Debye material model

Yes

Dielectric Losses

Yes

Drude-Lorentz material model

Yes

Linearized Resistivity

Yes

Loss Tangent

Yes

Magnetic Losses

Yes

Porous Media and Mixture materials

Yes

Refractive Index

Yes

Relative Permeability

Yes

Relative Permittivity

Yes

Sellmeier material model

Yes

Structural Mechanics

Physics Interfaces and Study Types

Beam

Yes

Electromechanics

Yes

Joule Heating and Thermal Expansion

Yes

Yes

Membrane

Yes

Piezoelectric Devices

Yes

Yes

Yes

Piezoresistivity, Boundary Currents

Yes

Piezoresistivity, Domain Currents

Yes

Piezoresistivity, Shell*

Yes

Yes

Plate

Yes

Poroelasticity

Yes

Shell

Yes

Solid Mechanics

Yes

Thermal Stress

Yes

Yes

Truss

Yes

Conditions on Surfaces

Electromechanics

Electromechanical Interface

Yes

Membrane

Added Mass

Yes

Body Load

Yes

Face Load

Yes

Geometric Nonlinearity

Yes

Initial Stress and Strain Tensors

Yes

Thermal Expansion

Yes

Linear Elastic Material

Yes

Spring Foundation

Yes

Piezoresistivity, Boundary Currents

Thin Conductive Layer

Yes

Thin Piezoresistive Layer

Yes

Piezoresistivity, Shell

Damping*

Yes

Yes

Linear Elastic Material, Shell and Plate*

Yes

Yes

Thermal Expansion*

Yes

Yes

Thin Conductive Layer*

Yes

Yes

Thin Piezoresistive Layer*

Yes

Yes

Shell and Plate

Added Mass

Yes

Body Load

Yes

Face Load

Yes

Geometric Nonlinearity

Yes

Initial Stress and Strain Tensors

Yes

Offset

Yes

Thermal Expansion

Yes

Linear Elastic Material

Yes

Spring foundation

Yes

Solid Mechanics

Added Mass

Yes

Yes

Yes

Face Load with Total Force, Force per Area, and Pressure Load

Yes

Follower Pressure Load

Yes

Yes

Low-Reflecting Boundary

Yes

Yes

Yes

Prescribed Acceleration

Yes

Yes

Yes

Prescribed Displacement

Yes

Prescribed Velocity

Yes

Yes

Yes

Thin Elastic Layer

Yes

Yes

Yes

Contact

Yes

Yes

Periodic Condition

Yes

Yes

Yes

Rigid Connector

Yes

Yes

Spring Foundation

Yes

Yes

Yes

Edge and Point Conditions

Beam

Added Mass

Yes

Cross-Section Data

Yes

Fixed

Yes

No Rotation

Yes

Pinned

Yes

Point Mass

Yes

Prescribed Displacement/Rotation

Yes

Symmetry/Antisymmetry

Yes

Linear Elastic Material

Yes

Spring Foundation

Yes

Membrane

Added Mass

Yes

Edge Load

Yes

Fixed

Yes

Point Load

Yes

Prescribed Displacement

Yes

Spring Foundation

Yes

Shell and Plate

Added Mass

Yes

Edge Force and Moment

Yes

Fixed

Yes

No Rotation

Yes

Pinned

Yes

Point Force and Moment

Yes

Prescribed Displacement/Rotation

Yes

Symmetry/Antisymmetry

Yes

Rigid Connector (Shell only)

Yes

Spring Foundation

Yes

Solid

Added Mass

Yes

Yes

Yes

Edge load

Yes

Point Load

Yes

Prescribed Displacement

Yes

Spring Foundation

Yes

Yes

Yes

Truss

Added Mass

Yes

Cross-Section Data

Yes

Geometric Nonlinearity

Yes

Pinned

Yes

Point Mass

Yes

Prescribed Displacement

Yes

Straight-Edge Constraint

Yes

Linear Elastic Material

Yes

Spring foundation

Yes

Volumetric Domain Properties

2D, Axisymmetric and 3D Formulations

Yes

Geometric Nonlinearity

Yes

Yes

Yes

Infinite Domain Modeling with Infinite Elements

Yes

Yes

Infinite Domain Modeling with Perfectly Matched Layers

Yes

Yes

Yes

Initial Stress and Strain Tensors

Yes

Yes

Yes

Joule Heating Model for Thermal Expansion

Yes

Yes

Electromechanics

Damping and Loss

Yes

Thermal Expansion

Yes

Constituitve Relations

Electric Material Model

Yes

Linear Elastic Dielectric

Yes

Linear Elastic Material, Solid Mechanics

Yes

Piezoelectric Devices

Damping and Loss

Yes

Yes

Yes

Constitutive Relations

Linear Elastic Material, Solid Mechanics

Yes

Yes

Yes

Piezoelectric Material

Yes

Yes

Yes

Electric Material Model

Yes

Yes

Yes

Piezoresistivity, Boundary Currents

Damping and Loss

Yes

Thermal Expansion

Yes

Constitutive Relations

Linear Elastic Material, Structural Mechanics

Yes

(other constitutive relations on boundaries)

Piezoresistivity, Domain Currents

Damping and Loss

Yes

Thermal Expansion

Yes

Constitutive Relations

Conductive Material

Yes

Linear Elastic Material, Structural Mechanics

Yes

Piezoresistive Material

Yes

Poroelasticity

Porous Media and Subsurface Flow

Darcy's Law

Yes

Solid Mechanics

Isotropic Poroelastic Material

Yes

Solid Mechanics

Body Load

Yes

Constitutive Relations

Modified Cam-Clay Material

Yes

Concrete

Yes

Creep

Yes

Yes

Hyperelastic Material

Yes

Linear Elastic Material

Yes

Linear Viscoelastic Material

Yes

Yes

Plasticity

Yes

Yes

Rocks

Yes

Soil Plasticity

Yes

Viscoplasticity

Yes

* = Requires all indicated products