Physical Capabilities of FLOEFD
The Navier-Stokes Equations for Laminar and Turbulent Fluid Flows
Laminar/turbulent Boundary Layer Model
Mass Transfer in Fluid Mixtures
Constitutive Laws and Thermophysical Properties
Water vapor condensation and relative humidity
Equilibrium cavitation model (for pre-defined water only)
Isothermal cavitation model (for user-defined liquids only)
Joule Heating by Electric Current in Solids
Radiation Heat Transfer Between Solids
Environment and Solar Radiation
The Discrete Transfer Equations
Radiative Surface and Radiation Source Types
Simultaneous Use of Radiative Surface and Radiation Source Conditions
Global Rotating Reference Frame
Local rotating region(s) (Averaging)
Local rotating region(s) (Sliding)
Perforated Plates in Boundary Conditions
Two-phase (fluid + particles) Flows
Lagrangian Approach for the Post-Processor Simulation
Boundary Conditions and Engineering Devices
Internal Flow Boundary Conditions
External Flow Boundary Conditions
Two-Scales Wall Functions Model
Spatial Approximations at the Solid/Fluid Interface
Form of the Numerical Algorithm
Methods to Resolve Linear Algebraic Systems
Iterative Methods for Non-Symmetric Problems
Iterative Methods for Symmetric Problems
Criterion of mass equation convergence
Criterion of energy equation convergence
Criterion of momentum equation convergence
Notes on the residuals behavior
Advanced Refinement at Interfaces Between Substances
Small Solid Features Refinement
Small Solid Feature Refinement Level or Curvature Level
Minimum Gap Size and Minimum Wall Thickness
Recommendations for Creating the Computational Mesh
Solution-vs.-Mesh Convergence Investigation
Refinement of the Computational Mesh During Calculation
Flow Freezing in a Permanent Mode
Flow Freezing in a Periodic Mode
Radiation Freezing in a Periodic Mode