Fluid Flow

Expand/Collapse all
COMSOL Multiphysics
Acoustics Module
Batteries and Fuel Cells Module
CFD Module
Chemical Reaction Engineering Module
Corrosion Module
Electrochemistry Module
Electrodeposition Module
Heat Transfer Module
MEMS Module
Microfluidics Module
Mixer Module
Molecular Flow Module
Particle Tracing Module
Pipe Flow Module
Plasma Module
Ray Optics Module
Structural Mechanics Module
Subsurface Flow Module
Select any check box to highlight individual products:
Physics Interfaces and Study Types
ExpandFluid-Structure Interaction (FSI)
ExpandParticle Tracing for Fluid Flow
High Mach Number Flow
ExpandLaminar Flow
ExpandTurbulent Flow, k-epsilon
ExpandTurbulent Flow, Spalart-Allmaras
Multiphase Flow
ExpandBubbly Flow, Laminar and Turbulent
ExpandEuler-Euler Model, Laminar and Turbulent
ExpandMixture Model, Laminar and Turbulent
ExpandRotating Machinery, Mixture Model, Laminar Flow
ExpandRotating Machinery, Mixture Model, Turbulent Flow
ExpandThree-Phase Flow, Phase Field, Laminar
ExpandTwo Phase Flow, Moving Mesh, Laminar
ExpandTwo-Phase Flow, Level Set, Laminar
ExpandTwo-Phase Flow, Level Set, Turbulent
ExpandTwo-Phase Flow, Phase Field, Laminar
ExpandTwo-Phase Flow, Phase Field, Turbulent
Non-Isothermal Flow
ExpandLaminar Flow
ExpandNon-Isothermal Pipe Flow
ExpandRotating Machinery, Algebraic yPlus
ExpandRotating Machinery, k-epsilon
ExpandRotating Machinery, k-omega
ExpandRotating Machinery, L-VEL
ExpandRotating Machinery, Laminar Flow
ExpandRotating Machinery, Low-Reynolds k-epsilon
ExpandRotating Machinery, Spalart-Allmaras
ExpandRotating Machinery, SST
ExpandTurbulent Flow, Algebraic yPlus
ExpandTurbulent Flow, k-epsilon
ExpandTurbulent Flow, k-omega
ExpandTurbulent Flow, L-VEL
ExpandTurbulent Flow, Low-Reynolds k-epsilon
ExpandTurbulent Flow, Spalart-Allmaras
ExpandTurbulent Flow, SST
Porous Media and Subsurface Flow
ExpandBrinkman Equations
ExpandDarcy's Law
ExpandFracture Flow
ExpandFree and Porous Media Flow
ExpandRichards Equation
ExpandTwo-Phase Darcy's Law
Rarefied Flow
ExpandMolecular Flow
ExpandSlip Flow
ExpandTransitional Flow
Single-Phase Flow
ExpandCreeping Flow
ExpandLaminar Flow
ExpandPipe Flow
ExpandRotating Machinery, Algebraic yPlus
ExpandRotating Machinery, L-VEL
ExpandRotating Machinery, Laminar Flow
ExpandRotating Machinery, Turbulent Flow, k-epsilon
ExpandRotating Machinery, Turbulent Flow, k-omega
ExpandRotating Machinery, Turbulent Flow, low-Re k-epsilon
ExpandRotating Machinery, Turbulent Flow, Spalart-Allmaras
ExpandRotating Machinery, Turbulent Flow, SST
ExpandTurbulent Flow, Algebraic yPlus
ExpandTurbulent Flow, k-epsilon
ExpandTurbulent Flow, k-omega
ExpandTurbulent Flow, L-VEL
ExpandTurbulent Flow, Low-Reynolds k-epsilon
ExpandTurbulent Flow, Spalart-Allmaras
ExpandTurbulent Flow, SST
ExpandTurbulent Flow, v2-f
ExpandWater Hammer
Thin-Film Flow
ExpandThin-Film Flow Domain, 2D
ExpandThin-Film Flow, Edge, 2D
ExpandThin-Film Flow, Shell, 3D
Boundary Conditions
Atmosphere/Gauge
Boundary Stress
Diffuse Flux
Electrode-Electrolyte Interface Coupling
Evaporation
External Fluid Interface
External Slip Wall
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 (multiphysic coupling)
Mass Flux, Porous Media
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
Plane Symmetry
Pressure Head, Porous Media
Pressure, Porous Media
Reservoir
Screen
Slip Wall
Stationary Free Surface
Surface Temperature
Symmetry Boundary Condition
Thin Barrier, Porous Media
Total Vacuum
Vacuum Pump
Vacuum Pump (Free Molecular Flow)
Inlet
Laminar Flow with Average Velocity, Volumetric Flow Rate or Pressure
Mass Flow Rate and Mass Flux
Standard Mass Flow Rate (SCCM)
Turbulent Flow
Velocity, Pressure, Normal Stress
Outlet
Laminar Flow with Average Velocity, Flow Rate or Pressure
ExpandPressure, Velocity
Wall
Electroosmotic Velocity
Navier-Slip
Rotating Interior Wall
Rotating Shaft
Rotating Wall
Slip or No Slip, Sliding, Moving or Leaking Wall
Slip Velocity using Viscous Slip and Thermal Creep
Wetted Wall and Moving Wetted Wall
ExpandInterior Wall
ExpandMolecular Flow Wall Boundary Conditions
ExpandTurbulent Flow Wall Functions
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
Outflow: Laminar Flow with Average Velocity, Flow Rate or Pressure
Pipe Connection
Pump
T-Junction
Valve
Y-junction
ExpandInlet
Pipe Flow Domain Properties on Edges
Fluid Model
Bingham, Non-Newtonian
Power Law, Non-Newtonian
ExpandNewtonian
Thin-Film Flow Boundary Conditions on Edges or Points
Border Flow
Inlet
Outlet
Symmetry
Wall
Global Features
Generate New Turbulence Model Interface
Particle Tracing
ExpandBoundary Conditions
ExpandFormulation
ExpandParticle Properties and Forces
ExpandParticle Release
Predefined Multiphysics Interfaces
ExpandFluid-Particle Interaction
ExpandPoroelasticity
Results and Visualization
2D Histogram
Intersection Point 2D (data set)
Intersection Point 3D (data set)
Particle (data set)
Particle (plot)
Particle Evaluation
Particle Trajectories
Phase Portrait
Poincaré Map
Volumetric Domain Properties
1D Formulations for Porous Media Flow
2D, Axisymmetric, and 3D Formulations
Forchheimer Drag
Free Surface Domain
Gravity Effects
Gravity in Single Phase Flow
Mass Transfer, Bubbly Flow and Mixture Model
Neglect Inertial Term (Stokes Flow)
Pressure Work, Non-Isothermal Flow
Rotating Domain
Shallow Channel Approximation, 2D
Surface Tension Effects
Swirl Flow, Axisymmetric, Laminar
Swirl Flow, Axisymmetric, Turbulent
Viscous Heating, Non-Isothermal Flow
Volume Force and Gravity
ExpandFluid-Structure Interaction (FSI)
ExpandThin Film Flow
Fluid Properties
Compressible Flow, Mach number <0.3
Density and Viscosity
Incompressible Flow
Weakly Compressible Flow
Non-Newtonian
Carreau Model
Power Law
User-Defined Model
Molecular Flow
Molecular Flow
Multiple Species
Number Density Reconstruction
Porous Media
Capillary Pressure, Two-Phase Darcy's Law
Fluid and Matrix Properties, Brinkman Equations
Mass Source
Poroelastic Storage, Isotropic and Anisotropic1
Porous Electrode Coupling
Richards' Equation, Isotropic and Anisotropic
Storage Model, Isotropic and Anisotropic
Well
ExpandDarcy's Law, Isotropic and Anisotropic
  1. Requires all indicated products