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- Freshtime:2013-09-20
- Search:Flow-3D v10.1.1 download Flow-3D v10.1.1 tutorial
Description
FLOW-3D v10.1 Features List
*NEW* v10.1 features are listed in red
Meshing & Geometry
Structured finite difference/control volume meshes
Finite element meshes for structural analysis
Multi-Block gridding with nested & linked blocks
Fractional areas/volumes (FAVOR™) for efficient & accurate geometry definition
Unstructured Memory Allocation (UMA)
Basic Solids Modeler
Import CAD data
Grid & geometry independence
Cartesian or cylindrical coordinates
Flow Type Options
Internal, external & free-surface flows
Hybrid shallow water/3D flow model
3D, 2D & 1D problems
Transient flows
Inviscid, viscous laminar & turbulent flows
Non-inertial reference frames
Multiple scalar species
Two-phase flows
Heat transfer with phase change
Saturated & unsaturated porous media
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Flow Definition Options
General initial and boundary conditions
Symmetry
Rigid and flexible walls
Continuative
Periodic
Specified pressure
Specified velocity
Outflow
Grid overlay
Hydrostatic pressure
Volume flow rate
Non-linear periodic and solitary surface waves
Restart from previous simulation
Continuation of a simulation
Overlay boundary conditions
Change mesh
Change model parameters
Thermal Modeling Options
Natural convection
Forced convection
Conduction in fluid & solid
Fluid-solid heat transfer
Conduction
Specified heat flux
Specified solid temperature
Distributed energy sources/sinks in fluids and solids
Radiation
Viscous heating
Thermal stress evolution
Orthographic thermal conductivity
Thermally-induced stresses
Numerical Modeling Options
TruVOF Volume-of-Fluid (VOF) method for fluid interfaces
First and second order advection
Sharp and diffuse interface tracking
Implicit & explicit numerical methods
GMRES, point and line relaxation pressure solvers
User-defined variables, subroutines & output
Utilities for runtime interaction during execution
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Fluid Modeling Options
One incompressible fluid – confined or with free surfaces
Two incompressible fluids – miscible or with sharp interfaces
Compressible fluid – subsonic, transonic, supersonic
Stratified fluid
Acoustic phenomena
Mass particles with variable density or diameter
Shallow Flow Models
Shallow water model
General topography
Wetting & drying
Wind shear
Ground roughness effects
Laminar & turbulent flow
Physical Modeling Options
Fluid structure interaction
Thermal stress evolution
Plastic deformation of solids
Granular flow
Moisture drying
Solid solute dissolution
Sediment scour deposition & bedload transport
Cavitation
Phase change (liquid-vapor, liquid-solid)
Surface tension
Thermocapillary effects
Wall adhesion
Wall roughness
Vapor & gas bubbles
Solidification & melting
Mass/momentum/energy sources
Shear, density & temperature-dependent viscosity
Thixotropic viscosity
Visco-elastic-plastic fluids
Elastic membranes & walls
Evaporation residue
Electric field
Dielectric phenomena
Electro-osmosis
Electrostatic particles
Electro-mechanical effects
Joule heating
Air entrainment
Molecular & turbulent diffusion
Temperature-dependent material properties
Spray cooling