Agros2D 3.2 is released

We have finished release of a new version. It brings only few new features, but significantly improves the application as a whole. Many bugs have been fixed and the speed of the computation has been substantially improved. The speed-up is most significant in the case of nonlinear problems, where for some test cases we achieved 90% computational time reduction.

What Agros2D can offer you

  • Numerical solution of physical fields (single and multi-physics analysis with the possibility of weak and hard coupling)
  • Complex time-dependent nonlinear solver
  • Steady state, harmonic and transient analysis
  • Particle tracing in electromagnetic fields
  • User-friendly preprocessor and powerful postprocessor
  • Support for scripting in Python (advanced IDE PythonLab)

Highlights of Agros2D and Hermes capabilities

  • Higher-order finite element method with h, p and hp adaptivity based on reference solution and local projections
  • Time-adaptive capabilities for transient problems
  • Multimesh assembling over component-specific meshes without projections or interpolations in multi-physics problems
  • Parallelization on single machine using OpenMP
  • Large range of linear algebra libraries (MUMPS, UMFPACK, PARALUTION, SuperLU, Trilinos)