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FEATool Multiphysics - Topology Optimization in Matlab and Octave

FEATool Topology Optimization Modeling Example

FEATool Topology Optimization Modeling Example

FEATool Multiphysics - Topology Optimization in Matlab and Octave

This is an advanced model example showing how topology optimization can be implemented and modeled with FEATool. The model has been developed and kindly shared to us by Prof. Shintaro Yamasaki at the Department of Mechanical Engineering of Osaka University [1]. In contrast to standard simulations where the domain and …

FEATool Multiphysics - Mixed Robin FEM Boundary Conditions

Using Mixed Robin Boundary Conditions in FEATool

Using Mixed Robin Boundary Conditions in FEATool

FEATool Multiphysics - Mixed Robin FEM Boundary Conditions

Robin boundary conditions or mixed Dirichlet (prescribed value) and Neumann (flux) conditions are a third type of boundary condition that for example can be used to implement convective heat transfer and electromagnetic impedance boundary conditions. In the following it will be discussed how mixed Robin conditions are …

Periodic Boundary Conditions for FEM Finite Element Method | FEATool

Periodic Boundary Conditions and the Solver Hook Functionality

Periodic Boundary Conditions and the Solver Hook Functionality

Periodic Boundary Conditions for FEM Finite Element Method | FEATool

This post describes how to implement finite element FEM models with custom periodic boundary conditions in FEATool. A periodic boundary condition can be defined for opposing boundaries so that their values are linked in some defined way. The typical case for two periodic boundaries is to require them to have identical …

Working with the Matlab FEM Finite Element Simulation Toolbox FEATool

Different Ways of Working with FEATool and FEM Simulations

Different Ways of Working with FEATool and FEM Simulations

Working with the Matlab FEM Finite Element Simulation Toolbox FEATool

FEATool Multiphysics is unique in that it allows several different ways for users to work with FEM modeling and simulation. The whole spectrum from using the high-level graphical user interface down to low-level access of the fundamental matrices of the underlying finite element FEM discretization is possible. On top …

Implementing Custom User Defined FEM Shape Functions in FEATool Multiphysics

Implementing Custom and User Defined Finite Element Shape and Basis Functions

Implementing Custom and User Defined Finite Element Shape and Basis Functions

Implementing Custom User Defined FEM Shape Functions in FEATool Multiphysics

FEATool has been designed with flexibility and user customization in mind allowing for solving custom equations, calling external solvers, grid generators, and post processing tools, and allowing for both Matlab and Octave m-script as well as GUI based modeling. This post shows how to easily define custom finite …