SPEED (Shock Physics Explicit Eulerian/Lagrangian Dynamics) is a multi-material Eulerian / Lagrangian hydrocode with explicit solver technique for the analysis of nonlinear transient problems of shock and impact physics. The software offers a maximum of computational speed as well as superior stability and accuracy.
With its highly efficient algorithms, SPEED offers a maximum of computational speed at low memory requirement as well as superior stability and accuracy.
The intuitive graphical user interface and the innovative functionality of SPEED additionally facilitate both model setup and post-processsing of the results. SPEED offers an easy-to-understand geometry modeller with visualization during input as well as an integrated CAD module for modeling or import of arbitrarily complex geometries. SPEED further provides a variety of functionalities for the evaluation, further processing and illustration of the simulation results. Thereby, all results and graphics can easily be transfered to other applications like MS Excel or Word.
Furthermore, SPEED includes an extensive material library with validated material models and more than 250 parameter sets for a multitude of materials. The software can be licensed for single users as well as for a network. The possibility to parallelize (Eulerian) simulations is thereby generally included.
More information about SPEED can be found in the brochure below.