for Windows

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The Partial Differential Equation (PDE) Toolbox contains tools for the study and solution of PDEs in two space dimensions (2-D) and time, using the finite element method (FEM). Its command line functions and graphical user interface can be used for mathematical modeling of PDEs in a broad range of engineering and science applications, including structural Mechanics, electromagnetics, Heat Transfer, and diffusion.

Key Features

Complete GUI for pre- and post-processing 2-D PDEs

Automatic and adaptive meshing

Geometry creation using constructive solid geometry (CSG) paradigm

Boundary condition specification: Dirichlet, generalized Neumann, and mixed

Flexible coefficient and PDE problem specification using MATLAB syntax

Fully automated mesh generation and refinement

Nonlinear and adaptive solvers handle systems with multiple dependent variables

Simultaneous visualization of multiple solution properties, FEM-mesh overlays, and animation

Key Features

Complete GUI for pre- and post-processing 2-D PDEs

Automatic and adaptive meshing

Geometry creation using constructive solid geometry (CSG) paradigm

Boundary condition specification: Dirichlet, generalized Neumann, and mixed

Flexible coefficient and PDE problem specification using MATLAB syntax

Fully automated mesh generation and refinement

Nonlinear and adaptive solvers handle systems with multiple dependent variables

Simultaneous visualization of multiple solution properties, FEM-mesh overlays, and animation

Screenshots are not available currently.

Release notes are not available currently.

No additional system requirements.

- Version:1.0.14
- Updated:
- License:Shareware
- Language:English
- File Size:N/A
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