Specification Chart

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Physics Interfaces and Study Types

Charged Particle Tracing

Electric Currents in (Layered) Shells

Electric Currents with Current Conservation

Electric Currents, Single Layer Shell

Electrical Circuit

Electrostatics with Charge Conservation

Electrostatics, Boundary Elements

Magnetic and Electric Fields

Magnetic Field Formulation

Magnetic Fields

Magnetic Fields, Currents Only

Magnetic Fields, No Currents

Magnetic Fields, No Currents, Boundary Elements

Magnetic Machinery, Rotating, Time Periodic

Rotating Machinery in 2D and 3D, Magnetic

Boundary Conditions

Contact Impedance

Dielectric Shielding

Distributed Capacitance

Distributed Impedance

Distributed Resistance

Electric Shielding

Electrical Contact

Layered Transition Boundary Condition

Lumped Port

Periodic Boundary Condition

Periodic Pair

Sector Symmetry

Surface Charge Accumulation

Surface Impedance

Symmetry Plane

Terminal

Thin Low Permeability Gap

Transition Boundary Condition

Coil Excitation in 2D, Axisymmetry, and 3D

Floating Potential

Fundamental Magnetic Boundary Conditions

Fundamental Voltage and Current Boundary Conditions

Magnetic Shielding

Edge and Point Conditions

Edge Floating Potential (cylindrical electrodes)

Edge Potential and Ground (cylindrical electrodes)

Edge Terminal (cylindrical electrodes)

Edge/Line and Point Currents and Charges

Electric Point Dipole

Magnetic Point Dipole

Electrical Circuit

Battery Open Circuit Voltage

Export of SPICE Netlist

Import of SPICE Netlist

Linear Passive Circuit Element

Nonlinear & Active Circuit Element

Resistor-Capacitor Couple

Voltage and Current Source

Lumped Parameters

S, Y and Z parameter conversions

Touchstone File Export

Capacitance, Impedance and Admittance Matrix Calculation

Inductance Matrix Calculation

S-Parameter Matrix Calculation

Material Library

AC/DC

Nonlinear Magnetic

Part Libraries

Homogenized Multiturn Coils

Magnetic Cores

Rotors

Single Conductor Coils

Stators

Particle Tracing

Boundary Conditions

Formulation

Particle Properties and Forces

Particle Release

Predefined Multiphysics Couplings

Boundary Electric Potential Coupling (FEM/BEM)

Boundary Magnetic Potential Coupling (FEM/BEM)

Magnetic Forces, Rotating Machinery²

Magnetohydrodynamics

Magnetomechanics³

Predefined Multiphysics Interfaces

Electromechanics, Boundary Elements⁴

Electromechanics, Solid⁴

Induction Heating

Joule Heating

Joule Heating and Thermal Expansion

Magnetic-Rigid Body Interaction in Rotating Machinery¹

Magnetic–Elastic Interaction in Rotating Machinery¹

Magnetohydrodynamics (2D In-Plane Currents, 3D)

Magnetohydrodynamics (2D Out-of-Plane Currents)

Magnetomechanics³

Magnetomechanics, No Currents³

Nonlinear Magnetostriction³

Particle Field Interaction, Non-Relativistic

Particle Field Interaction, Relativistic¹

Piezoelectricity

Piezoelectricity, Layered Shell

Piezomagnetism³

Piezoresistivity, Boundary Currents

Piezoresistivity, Domain Currents

Piezoresistivity, Shell¹

Results and Visualization

2D Histogram

Intersection Point 2D (data set)

Intersection Point 3D (data set)

Particle (data set)

Particle (plot)

Particle Bin (data set)

Particle Evaluation

Particle Trajectories

Phase Portrait

Poincaré Map

Smith (plot)

Volumetric Domain Properties

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

Arkkio Torque Calculation

Charge Conservation, Ferroelectric⁵

Debye Dispersion Models for Dielectrics

Electric Force and Torque

Electric Infinite Domain Modeling with Infinite Elements

Electromagnetic Force and Torque

Gauge Fixing for the Magnetic Vector Potential

Loss Calculation (Steinmetz, Bertotti)

Magnetic Infinite Domain Modeling with Infinite Elements

Prescribed Rotation

Prescribed Rotational Velocity

Reduced Field Formulation for Magnetic Fields

RLC Coil Group in 2D and Axisymmetry

Space Charge Density

Terminal

Charge Conservation

Charge Conservation, Piezoelectric

Coil Excitation in 2D, Axisymmetry, and 3D

Current Conservation

Constitutive Relations

Anisotropic Materials

B-H Curve

Constitutive Relationships for Magnetic Fields, 3D

Effective Media and Mixture Materials

Electric Conductivity

Fundamental Constitutive Relations

Linearized Resistivity

Lorentz Velocity, 3D

Lorentz Velocity. 2D

Magnetic Losses

Magnetization

Nonlinear Permanent Magnet

Polarization

Relative Permeability

Relative Permittivity

Remanent Displacement

Remanent Flux Density

Vector Hysteresis, Jiles-Atherton Model

Acoustics

Physics Interfaces and Study Types

Acoustic Streaming

Acoustic Streaming for Pressure Acoustics

Acoustic Streaming for Thermoviscous Acoustics

Acoustic–Structure Interaction

Acoustic–Piezoelectric Interaction, Frequency Domain

Acoustic–Piezoelectric Interaction, Transient

Acoustic–Poroelastic Waves Interaction

Acoustic–Shell Interaction, Frequency Domain¹

Acoustic–Shell Interaction, Transient¹

Acoustic–Solid Interaction, Frequency Domain

Acoustic–Solid Interaction, Time Explicit

Acoustic–Solid Interaction, Transient

Acoustic–Solid–Poroelastic Waves Interaction

Aeroacoustics

Compressible Potential Flow

Linearized Euler, Boundary Mode

Linearized Euler, Frequency Domain

Linearized Euler, Transient

Linearized Navier–Stokes, Boundary Mode

Linearized Navier–Stokes, Frequency Domain

Linearized Navier–Stokes, Transient

Linearized Potential Flow, Boundary Mode

Linearized Potential Flow, Frequency Domain

Linearized Potential Flow, Transient

Elastic Waves

Elastic Waves, Time Explicit

Piezoelectric Waves, Time Explicit

Poroelastic Waves

Solid Mechanics (Elastic Waves)

Geometrical Acoustics

Acoustic Diffusion Equation

Ray Acoustics

Pipe Acoustics

Pipe Acoustics, Frequency Domain

Pipe Acoustics, Transient

Pressure Acoustics

Pressure Acoustics, Asymptotic Scattering

Pressure Acoustics, Boundary Elements

Pressure Acoustics, Boundary Mode

Pressure Acoustics, Frequency Domain

Pressure Acoustics, Kirchhoff-Helmholtz

Pressure Acoustics, Time Explicit

Pressure Acoustics, Transient

Thermoviscous Acoustics

Acoustic–Thermoviscous Acoustic Interaction, Frequency Domain

Thermoviscous Acoustic–Shell Interaction, Frequency Domain¹

Thermoviscous Acoustic–Solid Interaction, Frequency Domain

Thermoviscous Acoustic–Thermoelasticity Interaction, Frequency Domain¹

Thermoviscous Acoustic–Thermoelasticity Interaction, Transient¹

Thermoviscous Acoustics, Boundary Mode

Thermoviscous Acoustics, Frequency Domain

Thermoviscous Acoustics, SLNS Approximation

Thermoviscous Acoustics, Transient

Ultrasound

Convected Wave Equation, Time Explicit

Nonlinear Pressure Acoustics, Time Explicit

Boundary Conditions

Aeroacoustics

Compressible Potential Flow

Linearized Euler

Linearized Navier-Stokes

Linearized Potential Flow

Elastic Waves

Elastic Waves, Time Explicit

Poroelastic Waves

Solid Mechanics

Geometrical Acoustics

Acoustic Diffusion Equation

Ray Acoustics

Pressure Acoustics

Boundary Impedance Models (Impedance), Frequency Domain

Boundary Impedance Models (Impedance), Time Explicit

Boundary Impedance Models (Impedance), Transient

Pressure Acoustics (FEM Based)

Pressure Acoustics, Boundary Elements

Pressure Acoustics, Time Explicit

Ray Acoustics

Material Discontinuity

Receiver

Wall

Thermoviscous Acoustics

Interior Impedance

Interior Temperature Variation

Interior Velocity

Interior Wall

Pressure (Adiabatic)

Slip Wall

Surface Tension

Symmetry Condition

Wall

Interior Lumped Speaker Boundary

Lumped Port

Lumped Speaker Boundary

Mechanical Conditions

Periodic Condition

Port

Thermal Conditions

Ultrasound

Convected Wave Equation, Time Explicit

Nonlinear Pressure Acoustics, Time Explicit

Edge and Point Conditions

Linearized Potential Flow

Mass Flow Circular Source

Mass Flow Edge Source

Mass Flow Line Source on Axis

Mass Flow Point Source

Pipe Acoustics

Edges

Points

Pressure Acoustics

Pressure

Dipole Point Source

Line Source

Monopole Point Source

Quadrupole Point Source

Solid Mechanics and Poroelastic Waves

Added Mass

Edge and Point Load

Fixed Constraint

Prescribed Displacement

Spring Foundation

Material Library

Liquids and Gases

Piezoelectric

Thermodynamics: Predefined System

Multiphysics

Boundary Multiphysics Couplings

Acoustic BEM-FEM Boundary

Acoustic Streaming Boundary Coupling

Acoustic–Porous Boundary

Acoustic–Structure Boundary

Acoustic–Structure Boundary, Time Explicit

Acoustic–Thermoviscous Acoustic Boundary

Aeroacoustic–Structure Boundary

Convected Acoustic–Structure Boundary, Time Explicit

Pair Acoustic–Structure Boundary

Pair Acoustic–Structure Boundary, Time Explicit

Pair Acoustic–Thermoviscous Acoustic Boundary

Pair Convected Acoustic–Structure Boundary, Time Explicit

Pair Thermoviscous Acoustic–Structure Boundary

Porous–Structure Boundary

Thermoviscous Acoustic–Structure Boundary

Thermoviscous Acoustic–Thermal Perturbation Boundary¹

Thermoviscous Acoustic–Thermoelasticity Boundary¹

Thermoviscous Acoustics SLNS–Structure Boundary

Boundary to Point Multiphysics Couplings

Acoustic–Pipe Acoustic Connection

Domain Multiphysics Couplings

Acoustic Streaming Domain Coupling

Aeroacoustic Flow Source Coupling

Background Fluid Flow Coupling

Background Potential Flow Coupling

Lorentz Coupling⁶

Magnetic Forces⁶

Magnetomechanical Forces⁶

Nonlinear Magnetostriction⁶

Piezoelectricity

Piezoelectricity, Time Explicit

Piezomagnetism⁶

Predefined Multiphysics Interfaces

Acoustic Streaming for Pressure Acoustics

Acoustic Streaming for Thermoviscous Acoustics

Acoustic–Piezoelectric Interaction, Frequency Domain

Acoustic–Piezoelectric Interaction, Transient

Acoustic–Poroelastic Waves Interaction

Acoustic–Shell Interaction, Frequency Domain¹

Acoustic–Shell Interaction, Transient¹

Acoustic–Solid Interaction, Frequency Domain

Acoustic–Solid Interaction, Time Explicit

Acoustic–Solid Interaction, Transient

Acoustic–Solid–Poroelastic Waves Interaction

Acoustic–Thermoviscous Acoustic Interaction, Frequency Domain

Thermoviscous Acoustic–Shell Interaction, Frequency Domain¹

Thermoviscous Acoustic–Solid Interaction, Frequency Domain

Thermoviscous Acoustic–Thermoelasticity Interaction, Frequency Domain¹

Thermoviscous Acoustic–Thermoelasticity Interaction, Transient¹

Results and Visualization

2D Histogram

Beam Width Calculation

Directivity (plot)

Directivity Index Calculation

Intersection Point 2D (dataset)

Intersection Point 3D (dataset)

Octave Band (plot)

Phase Portrait

Poincaré Map

Radiation Pattern (plot)

Ray (dataset)

Ray (plot)

Ray Bin (dataset)

Ray Evaluation

Ray Trajectories

Receiver (dataset)

Impulse Response (plot)

Special Conditions

Pressure Acoustics

AWE Expression

Ray Acoustics

Release from Exterior Field Calculation

Source with Directivity

Volumetric Domain Properties

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

Infinite Acoustic Domain Modeling with Absorbing Layers

Infinite Acoustic Domain Modeling with Perfectly Matched Layers

Infinite Solid Domain Modeling with Perfectly Matched Layers

Initial Values

Aeroacoustics

Background Acoustic Fields

Domain Sources

First Order Material Parameters

Compressible Potential Flow Model

Linearized Euler Model

Linearized Navier–Stokes Model

Linearized Potential Flow Model

Elastic Waves

Initial Stress and Strain Tensors

Anisotropic Poroelastic Material

FEM and dG-FEM Formulations

Linear Elastic Material Model

Piezoelectric Waves, Time Explicit

Poroelastic Material (Biot's Theory)

Solid Mechanics

Geometrical Acoustics

Acoustic Diffusion Equation

Domain Source

Fitted Domain

Room

Acoustic Diffusion Model

Ray Acoustics

Ray and Domain Properties

Ray Release

Pressure Acoustics

Anisotropic Acoustics

Flame Model (n-tau)

Heat Source

Monopole and Dipole Domain Source

Poroacoustics (for Pressure Acoustics, Time Explicit)

Aeroacoustic Flow Source

Anisotropic Poroacoustics

Background Pressure Field

FEM, BEM, and dG-FEM Formulations

Fluid Model

Kirchhoff–Helmholtz (HFBEM) Formulation

Narrow Region Acoustics

Poroacoustics

Thermoviscous Acoustics

Heat Source

Background Acoustic Fields

Nonlinear Thermoviscous Acoustics Contributions (for Time Dependent models)

Thermoviscous Acoustic Model (Sequential Linearized Navier-Stokes or SLNS)

Thermoviscous Acoustics Model (Thermally-Conducting Viscous Fluid Model: Linearized Navier–Stokes, Continuity, and Energy Equations in Quiescent Conditions)

Ultrasound

Domain Sources

Convected Wave Equation Model (Linearized Euler Equation with Adiabatic Assumption)

Nonlinear Pressure Acoustics, Time Explicit Model (Westervelt equivalent)

Chemical

Physics Interfaces and Study Types

Chemistry

Electrophoretic Transport

Moisture Flow

Moisture Transport

Nernst-Planck Equations

Nernst-Planck-Poisson Equations

Reacting Pipe Flow

Reaction Engineering

Surface Reactions

Transport in Solids

Transport of Concentrated Species

Transport of Concentrated Species in Porous Media

Transport of Diluted Species

Transport of Diluted Species in Fractures

Transport of Diluted Species in Pipes

Transport of Diluted Species in Porous Media

Dispersed Two-Phase Flow with Species Transport

Laminar Flow

Turbulent Flow, k-epsilon

Turbulent Flow, k-omega

Turbulent Flow, Low Re k-epsilon

Turbulent Flow, SST

High Mach Number Reacting Flow

Laminar Flow¹

Laminar Flow, Diluted Species

Turbulent Flow, Diluted Species, k-epsilon

Turbulent Flow, Diluted Species, Spalart-Allmaras

Turbulent Flow, k-epsilon¹

Turbulent Flow, Spalart-Allmaras¹

Moisture Transport

Hygroscopic Porous Medium

Moisture Transport in Air

Moisture Transport in Building Material

Nonisothermal Reacting Flow

Porous Media Flow, Brinkman Equations

Laminar Flow⁸

Turbulent Flow, k-epsilon⁹

Turbulent Flow, k-omega¹⁰

Turbulent Flow, Low Re k-epsilon⁹

Turbulent Flow, SST⁹

Precipitation and Crystallization

Precipitation and Crystallization in Fluid Flow

Size-Based Population Balance

Reacting Flow

Laminar Flow, Concentrated Species

Laminar Flow, Diluted Species

Turbulent Flow, k-epsilon, Concentrated Species

Turbulent Flow, k-epsilon, Diluted Species

Turbulent Flow, k-omega, Concentrated Species

Turbulent Flow, k-omega, Diluted Species

Turbulent Flow, Low Re k-epsilon, Concentrated Species

Turbulent Flow, Low Re k-epsilon, Diluted Species

Turbulent Flow, SST, Concentrated Species

Turbulent Flow, SST, Diluted Species

Reacting Flow in Porous Media

Reacting Flow in Packed Beds, Concentrated Species

Reacting Flow in Packed Beds, Diluted Species

Reacting Flow in Packed Beds, Shrinking Core Model

Reacting Flow in Porous Catalysts, Concentrated Species

Reacting Flow in Porous Catalysts, Diluted Species

Reacting Flow in Porous Media, Concentrated Species

Reacting Flow in Porous Media, Diluted Species

Rotating Machinery, Reacting Flow

Laminar Flow

Turbulent Flow, k-epsilon

Turbulent Flow, k-omega

Turbulent Flow, Low-Re k-epsilon

Turbulent Flow, SST

Vapor-Liquid Equilibrium

Laminar Two-Phase Flow

Laminar Vapor Flow

Turbulent Flow, k-epsilon¹¹

Turbulent Flow, k-omega¹

Turbulent Flow, Low-Re k-epsilon¹¹

Turbulent Flow, SST¹¹

Boundary Conditions

Axial Symmetry

Concentration

Continuity

Current Density

Current Discontinuity

Electric Insulation

Electric Potential

Electrode Surface Coupling

Flux

Flux Discontinuity

Mass Outflow

No Flux

Open Boundary

Out-of-Plane Flux

Outflow

Partition Condition

Periodic Condition

Porous Electrode Coupling

Reacting Boundary

Surface Equilibrium Reaction

Surface Reactions

Symmetry

Thin Diffusion Barrier

Thin Impermeable Barrier

Volatilization

Fracture

Inflow

Inflow with Mixture Specification

Moisture Transport

Free-Porous Interface

Inflow

Insulation

Liquid Water Content

Liquid Water Flux

Moist Surface

Moisture Content

Nonequilibrium Boundary

Open boundary

Outflow

Periodic Condition

Porous Interface

Porous-Porous Interface

Symmetry

Thin Moisture Barrier

Vapor Content

Wet Surface

Moisture Flux

Vapor Flux

Chemical Kinetics

Parameter estimation in Reaction Engineering¹

CHEMKIN file import of thermo- transport- and kinetic data

Edge and Point Conditions

Flux

Line Mass Source

Point Mass Source

Thermodynamics of Liquids and Gases

Thermodynamics

Volumetric Domain Properties

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

Convection and Diffusion

Electrochemical Reactions

Equilibrium Reaction

Free Flow

Generate Space-Dependent Model

Infinite Domain Modeling with Infinite Elements

Initial Values

Isotropic Diffusion

Mass Based Concentrations

Migration in Electric Field

Multiple-Species User Interface

Reactions

Solid, Transport of Diluted Species

Species Source

Wall Mass Transfer

Effective Diffusivity Models

Packed Bed, Transport of Concentrated Species

Packed Bed, Transport of Diluted Species

Porous Catalyst, Transport of Concentrated Species

Porous Catalyst, Transport of Diluted Species

Porous Medium, Transport of Concentrated Species

Porous Medium, Transport of Diluted Species

Reactions, Chemical Reaction Engineering

Species, Chemical Reaction Engineering

Unsaturated Porous Medium

Diffusion-Models for Transport of Concentrated Species

Fick's Law

Knudsen Diffusion

Maxwell-Stefan

Mixture-Averaged

Moisture Transport

Building Material

Moisture Source

Hygroscopic Porous Medium

Moist Air

Multiphysics Couplings

Hygroscopic Swelling

Unsaturated Poroelasticity¹

Electric Discharge

Physics Interfaces and Study Types

Electric Discharge

Transport of Charge Carriers

Boundary Conditions

Charge Carrier

Flux

No Diffusive Flux

No Flux

Number Density

Open Boundary

Surface Emission

Dielectric Interface

Dielectric Interface, Bulk Transport

Dielectric Interface, Surface Transport

Gas

Insulation

Electrode

Liquid

Insulation

Electrode

Solid

Insulation

Electrode

Discretization

Finite Element, Logarithmic Formulation

Material Library

Electric Discharge

Predefined Multiphysics Interfaces

Arc Discharge

Volumetric Domain Properties

Reactions

Gas

Liquid

Solid

Stabilization

Consistent Stabilization

Inconsistent Stabilization

Electrochemistry

Boundary Conditions

Insulation

Non-Deforming Boundary

Cathodic Protection Surfaces

Connection Surface

Impressed Current Surface

Infinite Electrolyte

Passive Metal Surface

Protected Metal Surface

Thin Passive Metal Surface

Thin Protected Metal Surface

Electrode

Charge-Discharge Cycling

Circuit Terminal

Current

Current Density

Electrode Power

External Short

Ground

Potential

Thin Electrode Layer

Thin Electrode Surface

Thin Gas Diffusion Electrode

Electrode Surface

Adsorbing-Desorbing Species

Boundary Electrochemical Heat Source

Deforming Electrode Surface

Dissolving-Depositing Species

Double Layer Capacitance

Film Resistance

Heat of Reaction

Non-Faradaic Reactions

Electrode Reaction

Electrolyte

Concentration

Current

Current Density

Fast Irreversible Surface Reaction

Flux

Inflow

No Flux

Open Boundary

Outflow

Thin Electrolyte Layer

Ion-Exchange Membrane Boundary

Pair Boundary Conditions on Interior Boundaries

Continuity

Insulation

Symmetry

Edge and Point Conditions

Electric Reference Potential

Electrode Potential at Edges and Points

Electrolyte Potential at Edges and Points

Impressed Current Point

Line Current Source

Pipe Electrode Surface

Pipe Point Sacrificial Anode

Point Current Source

Reference Electrode

Edge Electrode

Sacrificial Edge Anode

Material Libraries

Battery Electrode Materials with Equilibrium Potentials

Battery Electrolytes

Corrosion Polarization Data

Fuel Cell and Electrolyzer Electrolytes

Seawater Conductivity

Physics Interfaces

Battery Equivalent Circuit

Battery Pack

Battery with Binary Electrolyte

Cathodic Protection

Concentrated Electrolyte Transport

Corrosion, Deformed Geometry

Current Distribution, Boundary Elements

Current Distribution, Pipe

Current Distribution, Shell

Electroanalysis

Electrode, Shell

Electrodeposition, Deformed Geometry

Hydrogen Fuel Cell

Lead-Acid Battery

Lithium-Ion Battery

Lithium-Ion Battery, Deformed Geometry

Lumped Battery

Primary Current Distribution

Secondary Current Distribution

Single Particle Battery

Tertiary Current Distribution, Nernst-Planck

Water Electrolyzer

Study Types

AC Impedance

Cyclic Voltammetry

Stationary with Initialization

Time Dependent with Initialization

Thermodynamics

Built-in Calculation of Equilibrium Potentials

Built-in Calculation of Fluid Properties

Built-in Calculation of Relative Humidity

Thermodynamics Database

Volumetric Domain Properties

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

Current and Species Transport in Concentrated Binary Electrolytes

Domain Deformations Coupled To Electrochemistry

Electrochemical Heating Multiphysics Coupling

Electrolyte

Highly Conductive Porous Electrode

Intercalating Species (Li, Hydrogen, or other)

Ion-Exchange Membrane

Porous Conductive Binder

Reactions

Separator

Solid Electrolyte Interface (SEI)

Effective Transport Parameter Correction

Porous Electrode

Current Source

Electronic

Ionic

Hydrogen Fuel Cells and Water Electrolyzers

Gas Diffusion Electrode

Gas Diffusion Layer

Gas Flow Channel

Gas-Electrolyte Compartment

Water Condensation-Evaporation

Water Gas Shift Reaction

Membrane

Infinite Domain Modeling with Infinite Elements

Electrode

Electrolyte

Lead-Acid Battery

Electrolyte

Reservoir

Separator

Porous Electrode

Negative Porous Electrode

Positive Porous Electrode

Li-Ion Battery

Concentrated Binary Electrolyte

Initial Cell Charge Distribution

Single-Ion Conductor

Porous Electrodes

Additional Porous Electrode Material

Li Intercalation

Negative Electrode

Positive Electrode

Solid Electrolyte Interface (SEI)

Stress and Strain in Electrode Particles

Fluid Flow

Physics Interfaces and Study Types

High Mach Number Flow

Compressible Euler Equations

Laminar Flow

Rotating Machinery, k-epsilon

Rotating Machinery, k-omega

Rotating Machinery, Laminar Flow

Rotating Machinery, Low-Reynolds k-epsilon

Rotating Machinery, Realizable k-epsilon

Rotating Machinery, Spalart-Allmaras

Rotating Machinery, SST

Rotating Machinery, v2-f

Turbulent Flow, Algebraic yPlus

Turbulent Flow, k-epsilon

Turbulent Flow, k-omega

Turbulent Flow, L-VEL

Turbulent Flow, Low-Reynolds k-epsilon

Turbulent Flow, R-omega

Turbulent Flow, Realizable k-epsilon

Turbulent Flow, Spalart-Allmaras

Turbulent Flow, SSG-LRR

Turbulent Flow, SST

Turbulent Flow, v2-f

Multiphase Flow

Bubbly Flow, Algebraic yPlus

Bubbly Flow, k-epsilon

Bubbly Flow, k-omega

Bubbly Flow, L-VEL

Bubbly Flow, Laminar Flow

Bubbly Flow, Low-Reynolds k-epsilon

Bubbly Flow, Realizable k-epsilon

Bubbly Flow, Spalart-Allmaras

Bubbly Flow, SST

Bubbly Flow, v2-f

Euler-Euler Model, Laminar Flow

Euler-Euler Model, Turbulent Flow

Laminar Two-Phase Flow, Moving Mesh

Mixture Model, Algebraic yPlus

Mixture Model, k-epsilon

Mixture Model, k-omega

Mixture Model, L-VEL

Mixture Model, Laminar Flow

Mixture Model, Low-Reynolds k-epsilon

Mixture Model, Realizable k-epsilon

Mixture Model, Spalart-Allmaras

Mixture Model, SST

Mixture Model, v2-f

Nonisothermal Mixture Model, Algebraic yPlus

Nonisothermal Mixture Model, k-epsilon

Nonisothermal Mixture Model, k-omega

Nonisothermal Mixture Model, L-VEL

Nonisothermal Mixture Model, Laminar Flow

Nonisothermal Mixture Model, Low-Reynolds k-epsilon

Nonisothermal Mixture Model, Realizable k-epsilon

Nonisothermal Mixture Model, Spalart-Allmaras

Nonisothermal Mixture Model, SST

Nonisothermal Mixture Model, v2-f

Phase Transport

Phase Transport, Mixture Model, Algebraic yPlus

Phase Transport, Mixture Model, k-epsilon

Phase Transport, Mixture Model, k-omega

Phase Transport, Mixture Model, L-VEL

Phase Transport, Mixture Model, Laminar Flow

Phase Transport, Mixture Model, Low-Reynolds k-epsilon

Phase Transport, Mixture Model, Realizable k-epsilon

Phase Transport, Mixture Model, Spalart-Allmaras

Phase Transport, Mixture Model, SST

Phase Transport, Mixture Model, v2-f

Rotating Machinery, Level Set, Algebraic yPlus

Rotating Machinery, Level Set, k-epsilon

Rotating Machinery, Level Set, k-omega

Rotating Machinery, Level Set, L-VEL

Rotating Machinery, Level Set, Laminar Flow

Rotating Machinery, Level Set, Low-Reynolds k-epsilon

Rotating Machinery, Level Set, Realizable k-epsilon

Rotating Machinery, Level Set, Spalart-Allmaras

Rotating Machinery, Level Set, SST

Rotating Machinery, Level Set, v2-f

Rotating Machinery, Mixture Model, Algebraic yPlus

Rotating Machinery, Mixture Model, k-epsilon

Rotating Machinery, Mixture Model, k-omega

Rotating Machinery, Mixture Model, L-VEL

Rotating Machinery, Mixture Model, Laminar Flow

Rotating Machinery, Mixture Model, Low-Reynolds k-epsilon

Rotating Machinery, Mixture Model, Realizable k-epsilon

Rotating Machinery, Mixture Model, Spalart-Allmaras

Rotating Machinery, Mixture Model, SST

Rotating Machinery, Mixture Model, v2-f

Rotating Machinery, Phase Field, Algebraic yPlus

Rotating Machinery, Phase Field, k-epsilon

Rotating Machinery, Phase Field, k-omega

Rotating Machinery, Phase Field, L-VEL

Rotating Machinery, Phase Field, Laminar Flow

Rotating Machinery, Phase Field, Low-Reynolds k-epsilon

Rotating Machinery, Phase Field, Realizable k-epsilon

Rotating Machinery, Phase Field, Spalart-Allmaras

Rotating Machinery, Phase Field, SST

Rotating Machinery, Phase Field, v2-f

Rotating Machinery, Phase Transport Mixture Model, Algebraic yPlus

Rotating Machinery, Phase Transport Mixture Model, k-epsilon

Rotating Machinery, Phase Transport Mixture Model, k-omega

Rotating Machinery, Phase Transport Mixture Model, L-VEL

Rotating Machinery, Phase Transport Mixture Model, Laminar Flow

Rotating Machinery, Phase Transport Mixture Model, Low-Reynolds k-epsilon

Rotating Machinery, Phase Transport Mixture Model, Realizable k-epsilon

Rotating Machinery, Phase Transport Mixture Model, Spalart-Allmaras

Rotating Machinery, Phase Transport Mixture Model, SST

Rotating Machinery, Phase Transport Mixture Model, v2-f

Three-Phase Flow, Phase Field, Laminar

Two-Phase Flow, Level Set, Algebraic yPlus

Two-Phase Flow, Level Set, Brinkman Equations

Two-Phase Flow, Level Set, k-epsilon

Two-Phase Flow, Level Set, k-omega

Two-Phase Flow, Level Set, L-VEL

Two-Phase Flow, Level Set, Laminar Flow

Two-Phase Flow, Level Set, Low-Reynolds k-epsilon

Two-Phase Flow, Level Set, Realizable k-epsilon

Two-Phase Flow, Level Set, Spalart-Allmaras

Two-Phase Flow, Level Set, SST

Two-Phase Flow, Level Set, v2-f

Two-Phase Flow, Phase Field, Algebraic yPlus

Two-Phase Flow, Phase Field, k-epsilon

Two-Phase Flow, Phase Field, k-omega

Two-Phase Flow, Phase Field, L-VEL

Two-Phase Flow, Phase Field, Laminar Flow

Two-Phase Flow, Phase Field, Low-Reynolds k-epsilon

Two-Phase Flow, Phase Field, Realizable k-epsilon

Two-Phase Flow, Phase Field, Spalart-Allmaras

Two-Phase Flow, Phase Field, SST

Two-Phase Flow, Phase Field, v2-f

Two-Phase Thin-Film Flow, Phase Field

Nonisothermal Flow

Brinkman Equations

Laminar Flow

LES RBVM

LES RBVMWV

LES Smagorinsky

Nonisothermal Pipe Flow

Rotating Machinery, Algebraic yPlus

Rotating Machinery, k-epsilon

Rotating Machinery, k-omega

Rotating Machinery, L-VEL

Rotating Machinery, Laminar Flow

Rotating Machinery, Low-Reynolds k-epsilon

Rotating Machinery, Realizable k-epsilon

Rotating Machinery, Spalart-Allmaras

Rotating Machinery, SST

Rotating Machinery, v2-f

Turbulent Flow, Algebraic yPlus

Turbulent Flow, k-epsilon

Turbulent Flow, k-omega

Turbulent Flow, L-VEL

Turbulent Flow, Low-Reynolds k-epsilon

Turbulent Flow, Realizable k-epsilon

Turbulent Flow, Spalart-Allmaras

Turbulent Flow, SST

Turbulent Flow. v2-f

Viscoelastic Flow

Particle Tracing for Fluid Flow

Porous Media and Subsurface Flow

Brinkman Equations

Darcy's Law

Fracture Flow

Free and Porous Media Flow, Brinkman

Free and Porous Media Flow, Darcy

Layered Darcy's Law

Multiphase Flow in Porous Media

Multiphase Free and Porous Media Flow

Phase Transport in Free and Porous Media Flow

Phase Transport in Porous Media

Richards Equation

Thin-Film and Porous Media Flow

Two-Phase Darcy's Law

Rarefied Flow

Molecular Flow

Slip Flow

Transitional Flow

Shallow Water Equations

Shallow Water Equations, Time Explicit

Single-Phase Flow

Compressible Potential Flow

Creeping Flow

DES RBVM, Spalart-Allmaras

DES RBVMWV, Spalart-Allmaras

DES Smagorinsky, Spalart-Allmaras

Incompressible Potential Flow

Laminar Flow

LES RBVM

LES RBVMWV

LES Smagorinsky

Pipe Flow

Rotating Machinery, Algebraic yPlus

Rotating Machinery, L-VEL

Rotating Machinery, Laminar Flow

Rotating Machinery, Turbulent Flow, k-epsilon

Rotating Machinery, Turbulent Flow, k-omega

Rotating Machinery, Turbulent Flow, low-Re k-epsilon

Rotating Machinery, Turbulent Flow, Realizable k-epsilon

Rotating Machinery, Turbulent Flow, Spalart-Allmaras

Rotating Machinery, Turbulent Flow, SST

Rotating Machinery, Turbulent Flow, v2-f

Turbulent Flow, Algebraic yPlus

Turbulent Flow, k-epsilon

Turbulent Flow, k-omega

Turbulent Flow, L-VEL

Turbulent Flow, Low-Reynolds k-epsilon

Turbulent Flow, Realizable k-epsilon

Turbulent Flow, Spalart-Allmaras

Turbulent Flow, SSG-LRR

Turbulent Flow, SST

Turbulent Flow, v2-f

Turbulent Flow, Wilcox R-omega

Viscoelastic Flow

Water Hammer

Thin-Film Flow

Thin-Film Flow Domain, 2D

Boundary Conditions

Atmosphere/Gauge

Boundary Mass Source, Phase Transport

Boundary Stress

Diffuse Flux

Electrode-Electrolyte Interface Coupling

Evaporation

Fan

Fluid-Fluid Interface

Flux Discontinuity, Porous Media

Free Surface

Grille

Hydraulic Head, Porous Media

Inflow Boundary, Porous Media

Initial Interface, Two-Phase Flow

Interior Fan

Interior Wall, Porous Media

Marangoni effect (multiphysics coupling)

Mass Flux, Porous Media

Mixing Plane¹

No Flow, Porous Media

Number Density Reconstruction (Interior Boundaries Only)

Open Boundary, Normal Stress or No Viscous Stress

Periodic Flow Condition

Pervious Layer, Porous Media

Pipe Connection (multiphysics coupling)

Plane Symmetry

Porous Interface

Precipitation

Pressure Head, Porous Media

Pressure, Porous Media

Reservoir

Screen

Stationary Free Surface

Surface Temperature

Symmetry Boundary Condition

Thin Barrier, Porous Media

Total Vacuum

Vacuum Pump

Vacuum Pump (Free Molecular Flow)

Inlet

Fully developed flow

Mass Flow Rate and Mass Flux

Standard Mass Flow Rate (SCCM)

Synthetic Turbulence for LES and DES

Turbulent Flow

Velocity, Pressure, Normal Stress

Outlet

Fully developed flow

Mass Flow Rate and Mass Flux

Standard Mass Flow Rate (SCCM)

Pressure, Velocity

Wall

Asymptotic Slip

Electroosmotic Velocity

External Slip Wall

Hatzikiriakos Slip

Interior Slip Wall

Interior Wetted Wall

Navier Slip

Nonlinear Navier Slip

Porous Slip

Rotating Shaft

Slip or No Slip, Sliding, Moving or Leaking Wall

Slip Velocity using Viscous Slip and Thermal Creep

Slip Wall

Wetted Wall and Moving Wetted Wall

Interior Wall

Interior Wetted Wall (multiphysics coupling)

Molecular Flow Wall Boundary Conditions

Turbulent Flow Wall Functions

Wetted Wall and Moving Wetted Wall (multiphysics coupling)

Edge and Point Conditions

Contact Angle

Line Mass Source

Point Mass Source

Pressure Point Constraint

Molecular Flow Features on Edges or Points

Number Density Reconstruction

Pipe Flow Boundary Conditions at Points

Bend

Closed

Contraction/Expansion

Local Friction Loss

n-way junction

No Flow

Pipe Connection (multiphysics coupling)

Pump

T-Junction

Valve

Y-junction

Inlet

Pipe Flow Domain Properties on Edges

Fluid Model

Bingham, Non-Newtonian

Herschel-Bulkley, Non-Newonian

Power Law, Non-Newtonian

Newtonian

Thin-Film Flow Boundary Conditions on Edges or Points

Border Flow

Inlet

Outlet

Symmetry

Wall

Global Features

Generate New Turbulence Model Interface

Material Library

Liquids and Gases

Part Libraries

Impellers, Axial

Impellers, Highly Viscous Fluids

Impellers, Radial

Shafts

Tanks

Particle Tracing

Boundary Conditions

Formulation

Particle Properties and Forces

Particle Release

Predefined Multiphysics Interfaces

Fluid-Membrane Interaction

Fluid-Membrane Interaction, Fixed Geometry

Fluid-Multibody Interaction

Fluid-Multibody Interaction, Assembly

Fluid-Particle Interaction

Fluid-Shell Interaction

Fluid-Shell Interaction, Fixed Geometry

Fluid-Solid Interaction

Fluid-Solid Interaction, Conjugate Heat Transfer

Fluid-Solid Interaction, Fixed Geometry

Fluid-Solid Interaction, Two-Phase Flow, Phase Field¹²

Fluid-Solid Interaction, Two-Phase Flow, Phase Field, Fixed Geometry

Fluid-Solid Interaction, Viscoelastic Flow¹³

Fluid-Solid Interaction, Viscoelastic Flow, Fixed Geometry

Poroelasticity

Results and Visualization

2D Histogram

Intersection Point 2D (data set)

Intersection Point 3D (data set)

Particle (data set)

Particle (plot)

Particle Bin (data set)

Particle Evaluation

Particle Trajectories

Phase Portrait

Poincaré Map

Volumetric Domain Properties

1D Formulations for Porous Media Flow

2D, Axisymmetric, and 3D Formulations

Domain Source (Shallow Water Equations)

Infinite Domain Modeling with Infinite Elements (Darcy's Law)

Mass Transfer, Bubbly Flow, Mixture Model and Euler-Euler Model

Neglect Inertial Term (Stokes Flow)

Pressure Work, Nonisothermal Flow

Shallow Channel Approximation, 2D

Shear-Induced Migration, Phase Transport Mixture Model

Surface Tension Effects

Swirl Flow, Axisymmetric, Laminar

Swirl Flow, Axisymmetric, Turbulent

Transition Model, SST

Viscous Dissipation, Nonisothermal Flow

Volume Force

Water Source (Shallow Water Equations)

Gravity

Include Kinetic Energy

Non-Darcian flow

Thin Film Flow

Fluid Properties

Compressible Flow, Mach number <0.3

Density and Viscosity

Incompressible Flow

Weakly Compressible Flow

Constitutive Relations

Newtonian

Inelastic non-Newtonian

Porous medium, Inelastic non-Newtonian

Thermal Effects (Inelastic non-Newtonian Constitutive Parameters)

Viscoelastic

Molecular Flow

Multiple Species

Number Density Reconstruction

Porous Media

Capillary Pressure, Multiphase Flow in Porous Media

Capillary Pressure, Two-Phase Darcy's Law

Mass Source

Poroelastic Storage, Isotropic and Anisotropic

Porous Electrode Coupling

Richards' Equation, Isotropic and Anisotropic

Storage Model, Isotropic and Anisotropic

Well

Darcy's Law, Isotropic and Anisotropic

Heat Transfer

Physics Interfaces and Study Types

Bioheat Transfer

Heat Transfer in Fluids

Heat Transfer in Packed Beds

Heat Transfer in Pipes

Heat Transfer in Porous Media

Heat Transfer in Solids

Heat Transfer in Solids and Fluids

Local Thermal Nonequilibrium

Lumped Thermal System

Curing

Curing reaction

Metal Processing

Alpha-Beta Phase Transformation

Austenite Decomposition

Carburization

Metal Phase Transformation

Radiation

Orbital Thermal Loads

Radiation in Absorbing-Scattering Media

Radiation in Participating Media

Radiative Beam in Absorbing Media

Surface-to-Surface Radiation

Thin Structures

Heat Transfer in Films

Heat Transfer in Fractures

Heat Transfer in Shells

Ambient Properties

User defined conditions

Time-dependent climate data for 6000+ stations (ASHRAE 2013)

Time-dependent climate data for about 8000 stations (ASHRAE 2017)

Time-dependent climate data for about 8500 stations (ASHRAE 2021)

Lumped Thermal System

Single Node Devices

External Terminal

Heat Rate

Radiative Heat Rate

Temperature

Thermal Mass

Subsystem

Subsystem Definition

Subsystem Instance

Two Nodes Devices

Conductive Thermal Resistor

Convective Thermal Resistor

Heat Pipe

Heat Rate Source

Nucleate Boiling Heat Rate

Radiative Thermal Resistor

Thermal Capacitor

Thermoelectric Module

Material Library

Bioheat

Building

Liquids and Gases

Thermoelectric

Orbital Thermal Loads¹⁴

Events Timeline

Ground Pointing

Implicit Event

Orbital Parameters

Planet Properties

Spacecraft Axes

Spacecraft Orientation

Sun Properties

Predefined Multiphysics Interfaces

Conjugate Heat Transfer

Heat and Moisture Flow

Heat and Moisture Transport

Heat Transfer with Orbital Thermal Loads

Heat Transfer with Phase Transformations

Heat Transfer with Radiation in Absorbing-Scattering Media

Heat Transfer with Radiation in Participating Media

Heat Transfer with Radiative Beam in Absorbing Media

Heat Transfer with Surface-to-Surface Radiation

Induction Heating

Joule Heating

Laser Heating

Microwave Heating

Pyroelectricity

Ray Heating

Steel Quenching

Thermoelectric Effect

Radiation in Absorbing-Scattering Media Features

Absorbing-Scattering Medium

Continuity on Interior Boundary

Henyey-Greenstein phase function

Incident Intensity

Isotropic, Linear Anisotropic, and Nonlinear Anisotropic Scattering

Opaque Surface

Periodic Condition

Radiative Source

Semitransparent Surface

Symmetry

Radiation Discretization Method

Radiation in Participating Media Features

Continuity on Interior Boundary

Henyey-Greenstein phase function

Incident Intensity

Isotropic, Linear Anisotropic, and Nonlinear Anisotropic Scattering

Opaque Surface

Participating Medium

Periodic Condition

Radiative Source

Semitransparent Surface

Symmetry

Radiation Discretization Method

Radiative Beam in Absorbing Media

Absorbing Medium

Incident Intensity

Opaque Surface

Transparent Surface

Surface-to-Surface Radiation Features

Diffuse Mirror

Diffuse Surface

Directional Dependent Properties

Domain Opacity

Fluence Rate Calculation

Opaque Surface, Diffuse-Specular

Prescribed Radiosity

Semi-Transparent Surface

Specular Mirror

Wavelength-dependent Properties

External Radiation Source

Symmetry

View Factor Computation Method

Thermal Boundary Conditions

Axial Symmetry

Boundary Heat Source

Boundary Pair

Deposited Beam Power

Heat Continuity

Inflow

Lumped System Connector

Marangoni effect (multiphysics coupling)

Open Boundary

Outflow

Periodic Heat Condition

Phase Change Interface

Phase Change Interface, Exterior

Surface-to-Ambient Radiation

Symmetry

Temperature

Thermal Connection

Thermal Connection, Surfaces

Thermal Insulation

Thermal Wall Functions, High Viscous Dissipation at Wall

Thermal Wall Functions, Standard

Heat Transfer in Thin Structures

Fracture

Heat Flux

Isothermal Domain Interface

Thermal Contact

Thin Film

Thin Layer

Thermal Edge and Point Conditions

Thermal Connection, Edges

Thermal Insulation, Edge

Thin Rod

Heat Transfer in Thin Structures

Line and Point Heat Source

Thin Layer, Thin Film and Fracture

Wall Heat Transfer for Heat Transfer in Pipes

Thermal Volumetric Domain Properties

Battery Layers

Building Material

Cell Periodicity

Heat Source

Heat Sources, Electrochemical Reactions and Joule Heating

Infinite Domain Modeling with Infinite Elements

Isothermal Domain

Optically Thick Participating Medium, Rosseland approximation

Out-of-plane Heat Transfer

Pressure Work

Shape Memory Alloy¹

Solid with Translational Motion

Thermoelastic Damping

Viscous Dissipation

Biological Tissue

Fluid

Irreversible Transformation

Moist Air

Moist Porous Medium

Porous Medium

Solid

Thermodynamics for Heat Transfer in Fluids

Gas/Liquid

Ideal Gas

Mathematics

Auxiliary Contributions

Discretization

Global Constraint

Global Equations

Pointwise Constraint

Weak Constraint

Weak Contribution

Weak Contribution on Mesh Boundaries

Coordinate Systems

Base Vector System

Boundary System

Cylindrical System

Mapped System

Rotated System

Scaling System

Spherical System

Curvilinear Coordinates

Aligning Methods

Boundary Conditions

Deformed Geometry and Moving Mesh Features

Boundary Features

Domain Features

Deformed Geometry and Moving Mesh Interfaces

Deformed Geometry Interface

Moving Mesh Interface

Boundary Conditions

Domain Conditions

Generic Boundary Conditions

Axial Symmetry

Continuity

Periodic Condition

Moving Interface

Level Set

Phase Field in Fluids

Phase Field in Solids

Ternary Phase Field

Boundary Conditions

ODEs and DAEs

Events

Global ODEs and DAEs

Distributed ODEs and DAEs

Optimization

Eigenvalue Adjoint Sensitivity

Optimization Interface and Study Step

Parameter Estimation

Sensitivity Interface and Study Step

Shape Optimization

Stationary Forward and Adjoint Sensitivity

Time-Dependent Forward and Adjoint Sensitivity

Topology Optimization

Constraints

Control Variables

Objective Functions

Particle Tracing

Boundary Conditions

Formulation

Particle Properties and Forces

Particle Release

PDE Interfaces

Boundary Conditions

Classical PDEs

General-Purpose Equation Forms

Source Terms

Specialized Results and Visualization Tools

2D Histogram

Intersection Point 2D (data set)

Intersection Point 3D (data set)

Particle (data set)

Particle (plot)

Particle Bin (data set)

Particle Evaluation

Particle Trajectories

Phase Portrait

Poincaré Map

Study Steps

Control Steps

Batch

Batch Sweep

Cluster Computing

Cluster Sweep

Combine Solutions

Function Sweep

Material Sweep

Optimization

Parameter Estimation

Parametric Sweep

Sensitivity

Study Reference

Uncertainty Quantification

Eigenfrequency

Boundary Mode Analysis

Eigenfrequency

Eigenvalue

Schrödinger-Poisson

Frequency Domain

Adaptive Frequency Sweep

Frequency Domain

Frequency Domain Source Sweep

Frequency Domain, RF Adaptive Mesh

Frequency-Domain Perturbation

Frequency-Domain, Modal

Mean Energies

Reduced Electric Fields

TEM Boundary Mode Analysis

Time to Frequency FFT

Wavelength Domain

Other

Coil Geometry Analysis

Current Distribution Initialization

EEDF Initialization

Fatigue

Frequency-Stationary

Frequency-Transient

Frozen Rotor

Linear Buckling

Mapping

Mode Analysis

Model Reduction

Phase Initialization

Time to Frequency Losses

Transient Initialization

Viscoelastic Transient Initialization

Wall Distance Initialization

Stationary

Bidirectionally Coupled Particle Tracing

Bidirectionally Coupled Ray Tracing

Bolt Pretension

Frequency-Stationary

Semiconductor Initialization

Stationary

Stationary Plug Flow

Stationary, Fluid

Stationary, Solid

Time Periodic

Time Dependent

Cyclic Voltammetry

Frequency to Time FFT

Frequency-Transient

Modal Reduced-Order Model

Particle Trajectories

Ray Tracing

Time Dependent

Time Dependent, Fixed Geometry

Time Dependent, Fluid

Time Dependent, Solid

Time Discrete

Time Periodic to Time Dependent

Time-Dependent, Modal

Uncertainty Quantification

Plots

Kernel Density Estimation (KDE)

Response Surface

Sobol

Study Types

Reliability Analysis

Screening (MOAT)

Uncertainty Propagation

Design of Experiments, Job Configuration

Sensitivity Analysis

Surrogate Models

Gaussian Process

Polynomial Chaos Expansion

Wall Distance

Distance Equation

Wall Boundary Condition

Plasma

Physics Interfaces and Study Types

Boltzmann Equation, Two-term Approximation

Charge Transport

Drift Diffusion

Electrical Breakdown Detection

Heavy Species Transport

Plasma

Plasma, Time Periodic

Boundary Conditions

Electrons

Flux

Insulation

Prescribed Electron Density

Prescribed Mean Electron Energy

Wall

Heavy Species

Bulk Species

Flux

Inlet

Outlet

Surface Reactions

Surface Species

Symmetry

Data Import

Cross Section Data

Discretization

Finite Element

Finite Volume

Material Library

Equilibrium Discharge

Predefined Multiphysics Interfaces

Corona Discharge

Inductively Coupled Plasma¹

Microwave Plasma¹

Equilibrium Discharges

Combined Inductive/DC Discharge¹

Equilibrium DC Discharge

Equilibrium Inductively Coupled Plasma¹

Results and Visualization

Smith (plot)

Volumetric Domain Properties

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

Automatic Computation of Electron Mobility

Collisionless Heating

Drift Diffusion Model

Electron Production Rate

General Power Deposition

Inductive Power Deposition

Microwave Power Deposition

Reaction

Species, Non-Electron

Thermal Diffusion of Electrons

Diffusion-Models for Heavy Species Transport

Fick's Law

Global Modeling

Mixture-Averaged

Electron Energy Distribution Function

Boltzmann equation, two-term approximation

Druyvesteyn

Generalized

Maxwellian

User Defined

Electron Energy Models

Energy Equation

Fixed Mean Electron Energy

Local Field Approximation

Electron Impact Reaction

Specify with Arrhenius Coefficients

Specify with Cross-section Data

Specify with Look-up Tables

Specify with Rate Constant

Specify with Townsend Coefficients

Ion Mobility Models

Automatic from Diffusivity

Dalgarno

High Field Limit

Lookup Table

User Defined

RF and Optics

Physics Interfaces and Study Types

Electromagnetic Waves, Asymptotic Scattering

Frequency Domain

Electromagnetic Waves, Beam Envelopes

Adaptive Frequency Sweep

Boundary Mode Analysis

Eigenfrequency

Frequency Domain

Frequency Domain Source Sweep

Frequency Domain, Modal

Wavelength Domain

Electromagnetic Waves, Boundary Elements

Frequency Domain

Electromagnetic Waves, Frequency Domain

Adaptive Frequency Sweep

Boundary Mode Analysis

Eigenfrequency

Frequency Domain

Frequency Domain Source Sweep

Frequency Domain, Modal

Frequency Domain, RF Adaptive Mesh

Mode Analysis

Wavelength Domain

Electromagnetic Waves, Time Explicit

Time Dependent

Time Dependent with FFT

Electromagnetic Waves, Transient

Eigenfrequency

Time Dependent

Time Dependent with FFT

Time Dependent, Modal

Geometrical Optics

Bidirectionally Coupled Ray Tracing

Ray Tracing

Transmission Line

Eigenfrequency

Frequency Domain

Transmission Line, Transient

Time Dependent

Boundary Conditions

Electromagnetic Waves, Asymptotic Scattering

Far-Field Calculation

Electromagnetic Waves, Beam Envelopes

Electric Field

Field Continuity

Impedance Boundary Condition

Magnetic Field

Matched Boundary Condition

Perfect Electric Conductor

Perfect Magnetic Conductor

Periodic Condition (Continuity, Antiperiodicity, Floquet, Cyclic)

Port

Scattering Boundary Condition

Surface Current

Transition Boundary Condition

Electromagnetic Waves, Boundary Elements

Far-Field Calculation

Perfect Electric Conductor

Perfect Magnetic Conductor

Surface Current Density

Electromagnetic Waves, Frequency Domain

Cable Shield

Electric Field

Four-Port Network

Layered Transition Boundary Condition

Lumped Element

Lumped Port, Including Connection to Electrical Circuit

Magnetic Field

Matched Boundary Condition

Perfect Electric Conductor

Perfect Magnetic Conductor

Periodic Condition (Continuity, Antiperiodicity, Floquet, Cyclic)

Port

Scattering Boundary Condition

Surface Current Density

Surface Magnetic Current Density

Three-Port Network

Two-Port Network

Impedance Boundary Condition

Transition Boundary Condition

Electromagnetic Waves, Time Explicit

Electric Field

Flux/Source

Lumped port

Magnetic Field

Perfect Electric Conductor

Perfect Magnetic Conductor

Scattering Boundary Condition

Surface Current Density

Electromagnetic Waves, Transient

Lumped Element

Lumped Port, Including Connection to Electrical Circuit

Magnetic Field

Perfect Electric Conductor

Perfect Magnetic Conductor

Periodic Condition (Continuity, Antiperiodicity)

Scattering Boundary Condition

Surface Current

Geometrical Optics

Accumulator

Circular Wave Retarder

Deposited Ray Power

Ideal Depolarizer

Ideal Lens

Linear Polarizer

Linear Wave Retarder

Material Discontinuity

Mirror

Mueller Matrix

Ray Detector

Scattering Boundary

Thin Dielectric Film

Cross Grating

Grating

Wall

Transmission Line

Absorbing Boundary

Incoming Wave

Lumped Port

Open Circuit

Short Circuit

Terminating Impedance

Transmission Line, Transient

Absorbing Boundary

Incoming Wave

Lumped Port

Open Circuit

Short Circuit

Terminating Impedance

Consitutive Relations

Electromagnetic Waves, Beam Envelopes

Anisotropic Material

Conduction

Linearized Resistivity

Electric Displacement

Debye Dispersion

Dielectric Losses

Drude-Lorentz Dispersion

Loss Tangent

Refractive Index

Relative Permittivity

Sellmeier Dispersion

Magnetic Constitutive Relation

Magnetic Losses

Relative Permeability

Electromagnetic Waves, Boundary Elements

Isotropic Material

Electromagnetic Waves, Frequency Domain

Anisotropic Material

Porous Media and Mixture Materials

Conduction

Archie’s Law

Linearized Resistivity

Electric Displacement

Debye Dispersion

Dielectric Losses

Drude-Lorentz Dispersion

Loss Tangent

Refractive Index

Relative Permittivity

Sellmeier Dispersion

Wideband Debye

Magnetic Constitutive Relation

Magnetic Losses

Relative Permeability

Electromagnetic Waves, Time Explicit

Anisotropic Material

Electromagnetic Waves, Transient

Anisotropic Material

B-H Curve

Porous Media and Mixture Materials

Conduction

Archie’s Law

Linearized Resistivity

Electric Displacement

Drude-Lorentz Dispersion Model

Polarization

Refractive Index

Relative Permittivity

Remanent Electric Displacement

Magnetic Constitutive Relation

Magnetization

Relative Permeability

Remanent Flux Density

Lumped Parameters

Mixed-Mode S-Parameters

Touchstone File Export

S-Parameter Matrix Calculation

Material Libraries

Optical

Pair, Edge, and Point Conditions

Electromagnetic Waves, Beam Envelopes

Continuity (pair)

Electric Field (pair)

Perfect Electric Conductor (pair)

Perfect Magnetic Conductor (pair)

Surface Current (pair)

Electromagnetic Waves, Frequency Domain

Continuity (pair)

Edge Current (edge)

Electric Field (pair)

Electric Point Dipole (point)

Magnetic Current (edge)

Magnetic Point Dipole (point)

Perfect Electric Conductor (pair)

Perfect Magnetic Conductor (pair)

Surface Current (pair)

Electromagnetic Waves, Time Explicit

Continuity (pair)

Electromagnetic Waves, Transient

Continuity (pair)

Edge Current (edge)

Electric Point Dipole (point)

Magnetic Point Dipole (point)

Perfect Electric Conductor (pair)

Perfect Magnetic Conductor (pair)

Surface Current (pair)

Transmission Line

Continuity (pair)

Part Libraries

Optical

Predefined Multiphysics Interfaces

Electromagnetic Waves, FEM-BEM

Laser Heating

Microwave Heating

Ray Heating

Transmission Line, RLGC Parameters

Ray Properties and Releases

Geometrical Optics

Auxiliary Dependent Variables

Blackbody Radiation

Calculation of Ray Intensity and Polarization

Corrections for Strongly Absorbing Media

Gaussian Beam

Illuminated Surface

Nonlocal Accumulator

Optical Dispersion Models

Optical Path Length Calculation

Phase Calculation

Photometric Data Import

Polychromatic Light

Ray Detector

Ray Properties

Ray Termination

Ray Tracing in Unmeshed Domains

Release

Release from Boundary

Release from Data File

Release from Edge

Release from Electric Field

Release from Far-Field Radiation Pattern

Release from Point

Solar Radiation

Thermo-Optic Dispersion Models

Ray Release Distributions

Release from Grid

Results and Visualization

2D Histogram

Aberration Evaluation

Interference Pattern

Intersection Point 2D (data set)

Intersection Point 3D (data set)

Optical Aberration

Phase Portrait

Poincaré Map

Radiation Pattern (plot)

Ray (data set)

Ray (plot)

Ray Bin (data set)

Ray Evaluation

Ray Trajectories

Spot Diagram

Smith (plot)

Volumetric Domain Properties

2D and Axisymmetric Electric Formulations

In-Plane Vector

Out-of-Plane Vector

Three-Vector

Electromagnetic Waves, Beam Envelopes

Infinite Domain Modeling with Perfectly Matched Layer

Polarization

Wave Equation, Beam Envelopes

Electromagnetic Waves, Boundary Elements

Infinite Void Modeling

Wave Equation, Electric

Electromagnetic Waves, Frequency Domain

Cross Section Calculation

External Current Density

Impedance Boundary Condition

Infinite Domain Modeling with Perfectly Matched Layer

Perfect Electric Conductor

Periodic Structure

Polarization

Specific Absorption Rate

Far-Field Domain

Wave Equation, Electric

Electromagnetic Waves, Time Explicit

Electric Current Desity

Infinite Domain Modeling with Absorbing Layer

Magnetic Current Density

Wave Equation, Electric and Magnetic

Far-Field Domain

Electromagnetic Waves, Transient

Far-Field Domain

Wave Equation, Electric

Geometrical Optics

Accumulator

Deposited Ray Power

Medium Properties

Ray Heat Source

Scattering Domain

Transmission Line

Transmission Line Equation

Transmission Line, Transient

Transmission Line Equation

Semiconductor

Physics Interfaces and Study Types

Schrödinger Equation

Semiconductor

Material Library

Aluminium Gallium Arsenide

Diamond

Gallium Antimonide

Gallium Arsenide

Gallium Nitride

Gallium Phosphide

Germanium

Indium Antimonide

Indium Arsenide

Indium Phosphide

Silicon

Predefined Multiphysics Interfaces

Schrödinger-Poisson Equation

Semiconductor Optoelectronics, Beam Envelopes¹

Semiconductor Optoelectronics, Frequency Domain¹

Schrödinger Equation Boundary Conditions

Zero Flux

Zero Probability

Open Boundary

Periodic Condition

Schrödinger Equation Volumetric Domain Properties

Dissipation

Effective Mass

Electron Potential Energy

Infinite Domain Modeling with Infinite Elements

Infinite Domain Modeling with Perfectly Matched Layer

Lorentz Force

Rotating Frame

Semiconductor Boundary Conditions

Surface Charge Density

Thin Insulator Gate

Continuity/Heterojunction

Electrostatics Boundary Conditions

Insulation

Insulator Interface

Metal Contact

Trap-Assisted Heterointerface Recombination

Trap-Assisted Surface Recombination

Semiconductor Carrier Statistics

Fermi-Dirac

Maxwell-Boltzmann

Semiconductor Discretization

Density Gradient

Finite Element (Log Equation Formulation)

Finite Volume

Quasi Fermi Level

Semiconductor Volumetric Domain Properties

Electrostatics Domain Properties

Semiconductor Material Model

Doping

Analytic Doping Model

Geometric Doping Model

Generation-Recombination

Auger Recombination

Direct Recombination

Impact Ionization Generation

User-Defined Generation

User-Defined Recombination

Trap-Assisted Recombination

Mobility Models

Arora Mobility Model

Caughey-Thomas Mobility Model

Fletcher Mobility Model

Klaassen Unified Mobility Model

Lombardi Surface Mobility Model

Power Law Mobility Model

User Defined Mobility Model

Optoelectronics

Indirect Optical Transitions

Optical Transitions

Trap Density

Analytic Trap Density

Geometric Trap Density

Structural Mechanics

Physics Interfaces and Study Types

Beam

Beam Cross Section

Beam Rotor

Fatigue

Hydrodynamic Bearing

Layered Shell

Lumped Mechanical System

Membrane

Multibody Dynamics

Pipe Mechanics

Plate

Shell

Solid Mechanics

Solid Rotor

Solid Rotor, Fixed Frame

Truss

Wire

Conditions on Surfaces

Beam Cross Section

Homogeneous Cross Section

Hydrodynamic Bearing

Bearing Orientation

Cavitation

Dynamic Coefficients Calculation

Inlet

Outlet

Squeeze Film Damper

Contact Properties

Laminar Flow

Smooth Surface

Turbulent Flow

Rough Surface

Floating Ring Bearing Types

Full Floating

Semi Floating

Foundation Types

Flexible Foundation

Moving Foundation

Journal Bearing Types

Cylindrical

Elliptical

Multilobe

Split Halves

Tilting Pad

User Defined

Lubrication Types

Gas Lubrication (Modified Reynolds Equation)

Liquid Lubrication (Reynolds Equation)

Multiphysics Couplings

Beam Rotor–Bearing Coupling

Solid Rotor–Bearing Coupling

Solid–Bearing Coupling

Thrust Bearing Types

Tapered

Tilting Pad

User Defined

Layered Shell

Added Mass

Adiabatic Heating¹

Base Excitation

Body Load

Gravity

Inertia Relief

Linearly Accelerated Frame

Rigid Motion Suppression

Warpage

Contact

Rotating Frame

Spring Foundation

Condition on Interfaces

Added Mass, Interface

Face Load

Roller, Interface

Thin Elastic Layer, Interface

Rigid Connector, Interface

Spring Foundation, Interface

Constitutive Relations

Delamination

Creep¹

Damage¹

Hyperelasticity¹

Linear Elastic Material

Piezoelectric Material¹

Plasticity¹

Rigid Material

Viscoelasticity

Viscoplasticity¹

Multiphysics Couplings

Acoustic–Structure Boundary¹

Fluid–Structure Interaction

Layered Shell–Shell Connection

Layered Shell–Structure Cladding

Layered Shell–Structure Transition

Piezoelectricity, Layered¹⁵

Piezoresistivity, Layered¹

Poroelasticity, Layered¹

Thermal Expansion, Layered¹

Membrane

Added Mass

Adiabatic Heating

Base Excitation

Body Load

External Stress-Strain Relation

Face Load

Geometric Nonlinearity

Gravity

Inertia Relief

Linearly Accelerated Frame

Rigid Motion Suppression

Stabilization

Wrinkling

Contact

Creep

Enclosed Cavity

Hyperelastic Material

Linear Elastic Material

Linear Elastic Material, Layered¹⁶

Nonlinear Elastic Material

Plasticity

Rotating Frame

Spring Foundation

Thickness and Offset

Viscoelasticity

Viscoplasticity

Multiphysics Couplings

Acoustic–Structure Boundary

Embedded Reinforcement

Fluid–Structure Interaction

Layered Shell–Structure Cladding

Solid–Thin Structure Connection

Thermoacoustic–Structure Boundary

Multibody Dynamics

Added Mass

Roller

Boundary Load

Contact

Fixed Constraint

Prescribed Displacement

Radial Roller Bearing¹

Spring Foundation

Multiphysics Couplings

Acoustic–Structure Boundary¹

Fluid–Structure Interaction

Fluid–Structure Interaction, Pair

Solid–Beam Connection¹

Solid–Bearing Coupling¹

Solid–Thin Structure Connection¹

Structure–Thin-Film Flow Interaction

Thermoacoustic–Structure Boundary¹

Shell and Plate

Added Mass

Base Excitation

Body Load

Fasteners

Geometric Nonlinearity

Gravity

Inertia Relief

Linearly Accelerated Frame

Offset

Reduced Flexible Components

Rigid Connector

Rigid Motion Suppression

Spot Welds

Warpage

Boundary to Boundary Connection

Contact

Creep

Face Load

Fiber

Hyperelastic Material, Layered¹⁶

Linear Elastic Material

Linear Elastic Material, Layered¹⁶

Piezoelectric Material, Layered¹⁶

Plasticity

Rigid Material

Rotating Frame

Section Stiffness

Spring foundation

Thickness and Offset

Viscoelasticty

Viscoplasticity

Multiphysics Couplings

Acoustic–Structure Boundary

Fluid–Structure Interaction

Layered Shell–Shell Connection

Layered Shell–Structure Cladding

Layered Shell–Structure Transition

Piezoresistivity, Shell¹⁷

Shell–Beam Connection

Shell–Thin-Film Flow Interaction

Solid–Bearing Coupling

Solid–Thin Structure Connection

Structure–Pipe Connection

Thermoacoustic–Structure Boundary

Solid Mechanics

Added Mass

Antisymmetry

Low-Reflecting Boundary

Port

Prescribed Acceleration

Prescribed Velocity

Roller

Symmetry

Warpage

Boundary Load

Contact

Crack

Enclosed Cavity

Fixed Constraint

Interior Contact

Periodic Condition

Prescribed Displacement

Spring Foundation

Thin Layer

Multiphysics Couplings

Acoustic–Structure Boundary

Electrostriction¹⁸

Embedded Reinforcement

Fluid-Structure Interaction, Pair

Fluid–Structure Interaction

Layered Shell–Structure Cladding

Layered Shell–Structure Transition

Solid–Beam Connection

Solid–Bearing Coupling

Solid–Thin Structure Connection

Structure–Pipe Connection

Structure–Thin-Film Flow Interaction

Thermoacoustic–Structure Boundary

Solid Rotor & Solid Rotor, Fixed Frame

Added Mass

Applied Torque

Fixed Axial Rotation

Liquid Annular Seal

Rotor Coupling

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

Bearing Models

Cylindrical Hydrodynamic

Force per Area

Misalignment

No Clearance

Total Force and Moment

Total Spring and Damping Constant

Bearing Types

Active Magnetic Bearing

Journal Bearing

Multi-Spool Bearing

Thrust Bearing

Radial Roller Bearing

Foundation Types

Attachment

Flexible Foundation

Moving Foundation

Squeeze Film Damper

Multiphysics Couplings

Solid Rotor–Bearing Coupling

Edge and Point Conditions

Beam

Added Mass

Base Excitation

Beam End Release

Bolt Pretension

Geometric Nonlinearity

Gravity

Inertia Relief

Linearly Accelerated Frame

No Rotation

Pinned

Point Mass

Rigid Connector

Rigid Motion Suppression

Symmetry/Antisymmetry

Cross-Section Data

Fixed Constraint

Linear Elastic Material

Prescribed Displacement/Rotation

Rigid Material

Rotating Frame

Section Stiffness

Spring Foundation

Multiphysics Couplings

Embedded Reinforcement

Lumped–Structure Connection

Shell–Beam Connection

Solid–Beam Connection

Beam Rotor

Change Rotor Speed

Disk

Gravity

Liquid Annular Seal

No Axial Vibration

No Torsion

Rotor Coupling

Rotor Cross Section

Rotor Rub

Linear Elastic Material

Load with Total Force, and Force per Length

Bearing Models

Cylindrical Hydrodynamic

Misalignment

No Clearance

Total Force and Moment

Total Spring and Damping Constant

Bearing Types

Active Magnetic Bearing

Journal Bearing

Multi-Spool Bearing

Thrust Bearing

Radial Roller Bearing

Foundation Types

Attachment

Flexible Foundation

Moving Foundation

Squeeze Film Damper

Multiphysics Couplings

Beam Rotor Bearing Coupling

Lumped-Structure Connection

Hydrodynamic Bearing

Border

Inlet

Outlet

Symmetry

Wall

Layered Shell

Added Mass

Antisymmetry

Continuity

Prescribed Acceleration

Prescribed Velocity

Roller

Symmetry

Thin Elastic Layer

Fixed Constraint

Prescribed Displacement

Spring Foundation

Loads

Boundary Load

Edge Load

Line Load

Point Load

Multiphysics Couplings

Lumped-Structure Connection

Membrane

Added Mass

Average Rotation

Edge Load

Point Load

Symmetry/Antisymmetry

Fixed Constraint

Prescribed Displacement

Spring Foundation

Multiphysics Couplings

Lumped–Structure Connection

Multibody Dynamics

Added Mass

Average Rotation

Edge Load

Point Load

Measure

Fixed Constraint

Prescribed Displacement

Spring Foundation

Multiphysics Couplings

Lumped–Structure Connection

Pipe Mechanics

Base Excitation

Edge Load

Fixed Constraint

Fluid Load

Geometric Nonlinearity

Gravity

Inertia Relief

Linearly Accelerated Frame

No Rotation

Pinned

Point Mass

Spring Foundation

Added Mass

Fluid and Pipe Materials

Pipe Cross-Section

Prescribed Displacement/Rotation

Rigid Connector

Rigid Material

Multiphysics Couplings

Fluid–Pipe Interaction

Lumped–Structure Connection

Structure–Pipe Connection

Shell and Plate

Added Mass

Edge Force and Moment

Edge to Boundary Connection

No Rotation

Pinned

Point Force and Moment

Point Mass

Prescribed Displacement/Rotation

Rigid Connector

Simply Supported

Symmetry/Antisymmetry

Edge to Edge Connection

Fixed Constraint

Periodic Condition

Spring Foundation

Multiphysics Couplings

Lumped–Structure Connection

Shell–Beam Connection

Solid–Thin Structure Connection

Solid Mechanics

Added Mass

Average Rotation

Edge Load

Point Load

Stress Linearization

Fixed Constraint

Prescribed Displacement

Spring Foundation

Multiphysics Couplings

Lumped–Structure Connection

Solid Rotor & Solid Rotor, Fixed Frame

Average Rotation

Multiphysics Couplings

Lumped–Structure Connection

Truss

Added Mass

Adiabatic Heating

Average Rotation

Base Excitation

Cross-Section Data

Edge Load

Geometric Nonlinearity

Gravity

Inertia Relief

Linearly Accelerated Frame

Point Load

Point Mass

Rigid Motion Suppression

Straight-Edge Constraint

Symmetry/Antisymmetry

Linear Elastic Material

Pinned

Plasticity

Prescribed Displacement

Rotating Frame

Shape Memory Alloy

Spring Foundation

Spring–Damper Material

Multiphysics Couplings

Embedded Reinforcement

Lumped–Structure Connection

Wire

Added Mass

Edge Load

Geometric Nonlinearity

Gravity

Inertia Relief

Linearly Accelerated Frame

Point Load

Point Mass

Symmetry/Antisymmetry

Elastic Wire

Pinned

Prescribed Displacement

Rotating Frame

Spring Foundation

Multiphysics Couplings

Embedded Reinforcement

Lumped–Structure Connection

Fatigue Evaluation

Cumulative Damage

Energy-Based

Harmonic Vibration

Random Vibration

Strain-Based

Strain-Life

Stress-Based

Stress-Life

Lumped Mechanical System

Damper

Displacement Source

External Source

Force Source

Impedance

Mass

Spring

Subsystem Definition

Subsystem Instance

Terminals

Multiphysics Couplings

Lumped–Structure Connection

Terminals

Acceleration Node

Displacement Node

Fixed Node

Force Node

Free Node

Impedance Node

Mass Node

Velocity Node

Material Library

Piezoelectric

Piezoresistivity

Material Types

Layered Material

Layered Material Link

Layered Material Stack

Part Libraries

Beams

Bolts

External Gears

Internal Gears

Racks

Roller Chains

Predefined Multiphysics Interfaces

Beam Rotor with Hydrodynamic Bearing

Electromechanics, Boundary Elements¹⁸

Electromechanics, Membrane¹⁹

Electromechanics, Shell¹⁹

Electromechanics, Solid¹⁸

Electrostriction¹⁸

Ferroelectroelasticity¹⁸

Fluid–Pipe Interaction, Fixed Geometry

Joule Heating and Thermal Expansion

Magnetic–Elastic Interaction in Rotating Machinery¹

Magnetic–Rigid Body Interaction in Rotating Machinery

Magnetomechanics⁶

Magnetomechanics, No Currents⁶

Nonlinear Magnetostriction⁶

Phase Field Damage

Piezoelectricity

Piezoelectricity, Layered Shell

Piezomagnetism⁶

Piezoresistivity, Boundary Currents

Piezoresistivity, Domain Currents

Piezoresistivity, Layered Shell¹

Piezoresistivity, Shell¹

Poroelasticity, Large Deformation, Solid¹

Poroelasticity, Layered Shell¹

Poroelasticity, Solid

Shell–Thin-Film Damping

Solid Rotor with Hydrodynamic Bearing

Solid–Thin-Film Damping

Thermal Stress, Layered Shell¹

Thermal Stress, Membrane¹

Thermal Stress, Shell¹

Thermal Stress, Solid

Thermoelasticity

Unsaturated Poroelasticity¹

Results and Visualization

Layered Material (data set)

Layered Material Slice (plot)

Matrix Histogram

Principal Stress Surface

Principal Stress Volume

Through Thickness (plot)

Whirl (plot)

Special Conditions

Beam

Point Load, Free

Spring–Damper

Attachment²²

Rigid Connector

Layered Shell

Attachment²³

Rigid Connector

Membrane

Point Load, Free

Spring-Damper

Multibody Dynamics

Base Motion

Cam-Follower

Measure

Point Load, Free

Attachment

Chain Drive

Rigid Body Contact

Rigid Connector

Spring–Damper

Gear Pair Conditions

Backlash

Friction

Gear Elasticity

Transmission Error

Gear Pairs

Gear Pair

Rack and Pinion

Worm and Wheel

Joint Conditions

Applied Force and Moment

Constraints

Friction

Locking

Spring and Damper

Joint Elasticity

Prescribed Motion

Joints

Ball Joint

Clearance Joint

Cylindrical Joint

Distance Joint

Fixed Joint

Hinge Joint

Planar Joint

Prismatic Joint

Reduced Slot Joint

Screw Joint

Slot Joint

Universal Joint

Shell

Point Load, Free

Spring–Damper

Attachment²²

Rigid Connector

Solid Mechanics

Cell Periodicity

Elastic Predeformation

Fixed Joint

Parameter Estimation

Point Load, Free

Section Forces

Spring-Damper

Attachment

Bolt Pretension

Bolt Thread Contact

Rigid Connector

Test Material

Solid Rotor & Solid Rotor, Fixed Frame

Gear Pair¹

Truss

Point Load, Free

Spring–Damper

Volumetric Domain Properties

Infinite Domain Modeling with Infinite Elements

Infinite Domain Modeling with Perfectly Matched Layers

Initial Stress and Strain Tensors

Beam Cross Section

Homogeneous Cross Section

Safety

Multibody Dynamics

Added Mass

Base Excitation

Body Load

Geometric Nonlinearity

Gravity

Inertia Relief

Initially Rigid

Linearly Accelerated Frame

Measure

Reduced Flexible Components

Rigid Motion Suppression

Initial Values

Rotating Frame

Constitiutive Relations

Gears

Linear Elastic

Rigid Material

Multiphysics Couplings

Magnetic Forces, Rotating Machinery²⁰

Solid–Beam Connection¹

Solid–Thin Structure Connection¹

Thermal Expansion¹

Solid Mechanics

Added Mass

Adiabatic Heating

Base Excitation

Body Load

Geometric Nonlinearity

Gravity

Inertia Relief

Linearly Accelerated Frame

Reduced Flexible Components

Rigid Motion Suppression

Rotating Frame

Spring Foundation

Constitutive Relations

External Stress-Strain Relation

Concrete

Creep

Damage

Elastoplastic Soil Material

Fiber

Hyperelastic Material

Linear Elastic Material

Nonlinear Elastic Material

Piezoelectric Material

Piezomagnetic Material⁶

Plasticity

Polymer Viscoplasticity

Porous Plasticity

Pressure-Dependent Plasticity

Rigid Material

Rocks

Shape Memory Alloy

Soil Plasticity

Viscoelasticity

Viscoplasticity

Multiphysics Couplings

Intercalation Strain

Hygroscopic Swelling

Lorentz Coupling⁶

Magnetic Forces⁶

Magnetic Forces, Rotating Machinery²⁰

Magnetomechanical Forces⁶

Magnetostriction⁶

Piezoelectricity

Poroelasticity²¹

Poroelasticity, Large Deformation¹

Shrinkage and Swelling

Solid–Bearing Coupling

Thermal Expansion

Unsaturated Poroelasticity¹

Space Dimension

1D Axisymmetric

2D Axisymmetric

Solid Rotor & Solid Rotor, Fixed Frame

Added Mass

Geometric Nonlinearity

Gravity

Spin Softening

Body Load

Gears¹

Linear Elastic Material

Rigid Material

Requires all indicated products
Requires the AC/DC Module with either the Structural Mechanics Module, or the Multibody Dynamics Module
Requires the AC/DC Module with either the Structural Mechanics Module, the MEMS Module, or the Acoustics Module
Requires the MEMS Module or, alternatively, the AC/DC Module together with the Structural Mechanics Module
Requires the MEMS Module or, alternatively, the AC/DC Module with either the Structural Mechanics Module, or the Acoustics Module
Requires the AC/DC Module and one of the Structural Mechanics Module, MEMS Module, or Acoustics Module
Requires Porous Media Flow Module or Heat Transfer Module combined with any module providing the Brinkman Equation interface.
Requires the Battery Design Module, Chemical Reaction Engineering Module, or Fuel Cell & Electrolyzer Module. Also available when licensed to the CFD Module together with any of the Corrosion Module, Electrochemistry Module, or Electrodeposition Module.
Requires the CFD Module or Heat Transfer Module, together with any of: Battery Design Module, Chemical Reaction Engineering Module, Corrosion Module, Electrochemistry Module, Electrodeposition Module, or Fuel Cell & Electrolyzer Module.
Requires the CFD Module together with any of: Battery Design Module, Chemical Reaction Engineering Module, Corrosion Module, Electrochemistry Module, Electrodeposition Module, or Fuel Cell & Electrolyzer Module.
Requires the Chemical Reaction Engineering Module together with the CFD Module or the Heat Transfer Module
Requires the Structural Mechanics Module or the MEMS Module, and the CFD Module or the Microfluidics Module or the Polymer Flow Module
Requires the Structural Mechanics Module or the MEMS Module, and the Polymer Flow Module
All Surface-to-surface Radiation Features are available in Orbital Thermal Loads
Requires the Composite Materials Module and one of the AC/DC Module or MEMS Module
Requires the Composite Materials Module to handle multiple layers
Requires the Structural Mechanics Module and one of the AC/DC Module or MEMS Module. Requires the Composite Materials Module to handle multiple layers.
Requires the MEMS Module, or the AC/DC Module together with the Structural Mechanics Module
Requires the Structural Mechanics Module and one of the AC/DC Module or MEMS Module
Requires the AC/DC Module and one of the Structural Mechanics Module or Multibody Dynamics Module
Requires the Porous Media Flow Module or the Subsurface Flow Module, or the Structural Mechanics Module together with any module that includes the Darcy's Law interface
Requires the Structural Mechanics Module and one of the Multibody Dynamics Module or the Rotordynamics Module
Requires the Composite Materials Module and one of the Multibody Dynamics Module or the Rotordynamics Module

Specification Chart

AC/DC

Acoustics

Chemical

Electric Discharge

Electrochemistry

Fluid Flow

Heat Transfer

Mathematics

Plasma

RF and Optics

Semiconductor

Structural Mechanics