FEATool Multiphysics MATLAB CAE Simulation Toolbox 1.9 Released
# Improved OpenFOAM GUI
Introduced with FEATool 1.8, the OpenFOAM CFD solver interface has been significantly enhanced and improved with the following enhancements
- Support for non-constant and general initial and boundary condition expressions (automatic interpolation of non-constant expressions to OpenFOAM boundary case files, such as parabolic flow profiles)
- Support for axisymmetry and swirl flows (automatic conversion of 2D grids to 3D periodic wedge grid slices compatible with axisymmetric OpenFOAM case files)
- Support for inviscid compressible flows with the rhoCentralFoam solver
- Improved k-epsilon and k-omega turbulence modeling interface with automatic calculation of turbulence inlet quantities via given turbulence intensity and length scale
- Real-time convergence curves plots. Convergence curves are now displayed during the solution process for easier and more convenient solution process monitoring
The MATLAB CFD interface for the OpenFOAM CFD solver allows users to conveniently model both laminar and fully turbulent incompressible and compressible flow problems all within an easy to use fully integrated Graphical User Interface (GUI).
The modeling and simulation steps can optionally be saved from the FEATool GUI and exported as editable m-file script files. This allows for programmatic modeling and custom scripting with support for all MATLAB toolboxes and functions.
# New Physics Modes for Flow Simulation
FEATool 1.9 features two new pre-defined physics modes for flow simulations. The new compressible Euler equations physics mode allows for modeling of inviscid and supersonic fluid flows with shock-waves. In addition, the built-in CAD tools now also feature built-in and pre-defined wing shapes for NACA 4-series wing profiles. Moreover, a dedicated axisymmetric physics mode for flows with swirl effects is now also available (modeling axisymmetric flows with non-zero azimuthal velocity).
# Solver Improvements
Along with the new pre-defined flow equations the built-in solvers have been significantly improved to better handle more challenging flow regimes. Incompressible flows are now per-default discretized with linear P1 FEM elements and stabilized with a Pressure Stabilized Petrov-Galerkin (PSPG) formulation. In contrast to the previously employed P2P1 FEM elements this new approach leads to a more cost effective discretization and faster time to solution. Furthermore, incompressible flow problems can now be initialized with inviscid potential flow solutions for better initial guesses and improved solver convergence.
In addition, for high Reynolds number and convection dominated problems a new discrete TVD type upwinding approach is employed which, in contrast to traditional FEM artificial (SUPG) stabilization, can eliminate unphysical under and over-shoots and also efficiently capture discontinuous phenomena such as shocks. This type of stabilization also improves general convection-diffusion type problems, such as heat transfer problems involving advection and chemical reaction problems.
# Additional New Features
- Improved grid generation interface with support for boundary layer meshing
- More accurate parametrization and meshing of curved boundaries
- Built-in automated tutorial models and examples
- Direct point evaluation for 2D surface plots (by clicking in the plot)
- GUI and user interface (UI) improvements
- Extended backwards compatibility to MATLAB 2009b
Please visit https://www.featool.com for more information and toolbox download.
FEATool Multiphysics is developed by Precise Simulation Ltd. which was established in 2013 and is dedicated to providing accurate, efficient, and easy to use software solutions to a wide range of mathematical modeling, multiphysics, and computer simulation needs. In close collaboration with academic high-performance computing (HPC) partners with significant knowledge and over a decade of experience in many physics based Computer Aided Engineering (CAE) fields such as Computational Fluid Dynamics (CFD), Computational Structural Mechanics (CSM), chemical engineering, and heat transfer simulations Precise Simulation is able to offer a wide range of customized solutions.
The goal of the FEATool Multiphysics software suite is to be able to make physics based computer simulation easier and more enjoyable to learn for students in engineering, physics, and mathematics, and also simpler and more convenient to work with for both academic teachers, researchers, and corporate engineers.
Precise Simulation Limited
2003, 20F, Tower 5
China Hong Kong City
33 Canton Road
Tsim Sha Tsui, Kowloon
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