Imagine being able to type in your partial differential equations system, add a description of the problem domain, and instantly convert this problem specification into a sophisticated finite element model, including
- Multithreading*
- Automatic mesh construction
- Unlimited equation complexity
- Unlimited number of simultaneous equations
- Multiple Equation Sets*
- Complex, Vector and Array Variables and Equations*
- Regionally Inactive Variables*
- Nonlinear equation solver
- One, two or three space dimensions
- Time dependent, steady-state or eigenvalues.
- Dynamic timestep control
- Dynamic adaptive mesh refinement
- Arbitrary Lagrange/Eulerian moving mesh
- Flexible integrated graphical output
- Export to TecPlot or VisIt for stunning visualizations**
*
New in version 6
**(see also SlicerDicer,
MayaVi
and AcuMesh
)
Well, you don't have to just imagine. Because that's what FlexPDE will do for you.
Join hundreds of the world's most sophisticated scientists, and take advantage of the most versatile problem-solving environment in existence.
FlexPDE does not merely pass a translation on to some other package for processing.
In fact, FlexPDE is designed to be the package other applications call for processing.
