Chemical - Specification Chart

Physics Interfaces and Study Types

Chemistry

Electrophoretic Transport

Moisture Flow

Moisture Transport in Air

Moisture Transport in Porous Media

Nernst-Planck Equations

Nernst-Planck-Poisson Equations

Reacting Pipe Flow

Reaction Engineering

Surface Reactions

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 Flow²

Laminar Flow, Diluted Species

Turbulent Flow, Diluted Species, k-epsilon

Turbulent Flow, Diluted Species, Spalart-Allmaras

Turbulent Flow, k-epsilon²

Turbulent Flow, Spalart-Allmaras²

Moisture Transport

Hygroscopic Porous Medium

Moisture Transport in Air

Moisture Transport in Building Material

Nonisothermal Reacting Flow

Laminar Flow³

Turbulent Flow, k-epsilon⁴

Turbulent Flow, k-omega⁵

Turbulent Flow, Low Re k-epsilon⁴

Turbulent Flow, SST⁵

Reacting Flow

Laminar Flow

Laminar Flow, Diluted Species

Turbulent Flow, k-epsilon

Turbulent Flow, k-epsilon, Diluted Species

Turbulent Flow, k-omega

Turbulent Flow, k-omega, Diluted Species

Turbulent Flow, Low Re k-epsilon

Turbulent Flow, Low Re k-epsilon, Diluted Species

Turbulent Flow, SST

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

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

Inflow

Insulation

Moist Surface

Moisture Content

Open boundary

Outflow

Periodic Condition

Symmetry

Thin Moisture Barrier

Wet Surface

Moisture Flux

Chemical Kinetics

Parameter estimation in Reaction Engineering²

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

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

Moist Air

Multiphysics Couplings

Hygroscopic Swelling

Requires Porous Media Flow Module or Heat Transfer Module combined with any module providing the Brinkman Equation interface.
Requires all indicated products
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.