FEATool Multiphysics

Script Articles and Tutorials

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Automatic Unstructured and Anisotropic Grid Generation with Scaling

Grid Generation with Scaling

Grid Generation with Scaling

Automatic Unstructured and Anisotropic Grid Generation with Scaling

For models and geometries where either one axis direction dominates, such as for long or tall geometry objects, or simulations where the solution is expected to not to vary in certain directions, such as some flow situations, it can be very beneficial to use anisotropic grids. By using elongated mesh elements the total …

MATLAB Parameter Search and Minimization in FEM Simulation

Physics and FEA Simulations with Parameter Minimization

Physics and FEA Simulations with Parameter Minimization

MATLAB Parameter Search and Minimization in FEM Simulation

Featuring an easy to use graphical user interface (GUI), FEATool Multiphysics is also fully compatible with MATLAB functions and its scripting language. As simulation models both can be saved in a binary format and also as m-script language files, FEATool can therefore be used with all built-in MATLAB functionality as …

Inverse FEA Modeling and Parameter Search Using MATLAB functions

Inverse Modeling and Parameter Search Using the fzero MATLAB function

Inverse Modeling and Parameter Search Using the fzero MATLAB function

Inverse FEA Modeling and Parameter Search Using MATLAB functions

FEATool Multiphysics not only features an easy to use graphical user interface (GUI), but is also fully compatible with the MATLAB scripting language. Models can both be saved in binary format and MATLAB m-script files (every action in the GUI is recorded and has a one to one corresponding FEATool MATLAB function …

Parametric Finite Element Studies with MATLAB M-Script Model Files

Parametric Study and Simulation using M-Script Model Files

Parametric Study and Simulation using M-Script Model Files

Parametric Finite Element Studies with MATLAB M-Script Model Files

Parametric studies can be very useful tools to clearly see how a model or simulation will behave under varying conditions. The following post presents a parametric study of the 3D bracket deflection model introduced previously where both the geometry, in this case plate thickness, and also the applied load force is …