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Specification Chart

Chemical

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COMSOL Multiphysics®
Battery Design Module
CFD Module
Chemical Reaction Engineering Module
Corrosion Module
Electric Discharge Module
Electrochemistry Module
Electrodeposition Module
Fuel Cell & Electrolyzer Module
Heat Transfer Module
Liquid & Gas Properties Module
MEMS Module
Microfluidics Module
Mixer Module
Optimization Module
Pipe Flow Module
Polymer Flow Module
Porous Media Flow Module
Structural Mechanics Module
Subsurface Flow Module
Select any check box to highlight individual products:
Physics Interfaces and Study Types
ExpandChemistry
ExpandElectrophoretic Transport
ExpandMoisture Flow
ExpandMoisture Transport
ExpandNernst-Planck Equations
ExpandNernst-Planck-Poisson Equations
ExpandReacting Pipe Flow
ExpandReaction Engineering
ExpandSurface Reactions
ExpandTransport in Solids
ExpandTransport of Concentrated Species
ExpandTransport of Concentrated Species in Porous Media
ExpandTransport of Diluted Species
ExpandTransport of Diluted Species in Fractures
ExpandTransport of Diluted Species in Pipes
ExpandTransport of Diluted Species in Porous Media
Dispersed Two-Phase Flow with Species Transport
ExpandLaminar Flow
ExpandTurbulent Flow, k-epsilon
ExpandTurbulent Flow, k-omega
ExpandTurbulent Flow, Low Re k-epsilon
ExpandTurbulent Flow, SST
High Mach Number Reacting Flow
ExpandLaminar Flow2
ExpandLaminar Flow, Diluted Species
ExpandTurbulent Flow, Diluted Species, k-epsilon
ExpandTurbulent Flow, Diluted Species, Spalart-Allmaras
ExpandTurbulent Flow, k-epsilon2
ExpandTurbulent Flow, Spalart-Allmaras2
Moisture Transport
ExpandHygroscopic Porous Medium
ExpandMoisture Transport in Air
ExpandMoisture Transport in Building Material
Nonisothermal Reacting Flow
Porous Media Flow, Brinkman Equations
ExpandLaminar Flow3
ExpandTurbulent Flow, k-epsilon4
ExpandTurbulent Flow, k-omega5
ExpandTurbulent Flow, Low Re k-epsilon4
ExpandTurbulent Flow, SST4
Precipitation and Crystallization
Precipitation and Crystallization in Fluid Flow
Size-Based Population Balance
Reacting Flow
ExpandLaminar Flow, Concentrated Species
ExpandLaminar Flow, Diluted Species
ExpandTurbulent Flow, k-epsilon, Concentrated Species
ExpandTurbulent Flow, k-epsilon, Diluted Species
ExpandTurbulent Flow, k-omega, Concentrated Species
ExpandTurbulent Flow, k-omega, Diluted Species
ExpandTurbulent Flow, Low Re k-epsilon, Concentrated Species
ExpandTurbulent Flow, Low Re k-epsilon, Diluted Species
ExpandTurbulent Flow, SST, Concentrated Species
ExpandTurbulent Flow, SST, Diluted Species
Reacting Flow in Porous Media
ExpandReacting Flow in Packed Beds, Concentrated Species
ExpandReacting Flow in Packed Beds, Diluted Species
ExpandReacting Flow in Packed Beds, Shrinking Core Model
ExpandReacting Flow in Porous Catalysts, Concentrated Species
ExpandReacting Flow in Porous Catalysts, Diluted Species
ExpandReacting Flow in Porous Media, Concentrated Species
ExpandReacting Flow in Porous Media, Diluted Species
Rotating Machinery, Reacting Flow
ExpandLaminar Flow
ExpandTurbulent Flow, k-epsilon
ExpandTurbulent Flow, k-omega
ExpandTurbulent Flow, Low-Re k-epsilon
ExpandTurbulent Flow, SST
Vapor-Liquid Equilibrium
ExpandLaminar Two-Phase Flow
ExpandLaminar Vapor Flow
ExpandTurbulent Flow, k-epsilon6
ExpandTurbulent Flow, k-omega2
ExpandTurbulent Flow, Low-Re k-epsilon6
ExpandTurbulent Flow, SST6
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
ExpandFracture
ExpandInflow
ExpandInflow 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
ExpandMoisture Flux
ExpandVapor Flux
Chemical Kinetics
Parameter estimation in Reaction Engineering2
ExpandCHEMKIN file import of thermo- transport- and kinetic data
Edge and Point Conditions
Flux
Line Mass Source
Point Mass Source
Thermodynamics of Liquids and Gases
ExpandThermodynamics
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
ExpandEffective Diffusivity Models
ExpandPacked Bed, Transport of Concentrated Species
ExpandPacked Bed, Transport of Diluted Species
ExpandPorous Catalyst, Transport of Concentrated Species
ExpandPorous Catalyst, Transport of Diluted Species
ExpandPorous Medium, Transport of Concentrated Species
ExpandPorous Medium, Transport of Diluted Species
ExpandReactions, Chemical Reaction Engineering
ExpandSpecies, Chemical Reaction Engineering
ExpandUnsaturated Porous Medium
Diffusion-Models for Transport of Concentrated Species
Fick's Law
Knudsen Diffusion
Maxwell-Stefan
Mixture-Averaged
Moisture Transport
Building Material
Moisture Source
ExpandHygroscopic Porous Medium
ExpandMoist Air
Multiphysics Couplings
ExpandHygroscopic Swelling
ExpandUnsaturated Poroelasticity2
  1. Requires Porous Media Flow Module or Heat Transfer Module combined with any module providing the Brinkman Equation interface.
  2. Requires all indicated products
  3. 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.
  4. 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.
  5. 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.
  6. Requires the Chemical Reaction Engineering Module together with the CFD Module or the Heat Transfer Module