Developing efficient numerical algorithms - freely available to all.
Open science is at the heart of our computational work. MercuryDPM, the open‑source discrete‑particle code, was started at the University of Twente, and now underpins research groups and industries worldwide. Our developers also contribute actively to several other flagship solvers:
- SU2 for compressible CFD and optimisation
- APES for multiphase particle–fluid flow
- oomph‑lib for adaptive finite‑element analysis
In collaboration with experts from different areas, we develop and integrate our computational tools to complementary platforms – such as PROTEUS (ultrasound simulaiton), CLUMP (particle shape generation) and pyMOR (model‑order reduction) – to tackle complex, interdisciplinary problems.
By releasing source code, benchmarks and documentation under permissive licences, we enable anyone—from students to multinational R&D teams—to reproduce results, build on our algorithms and accelerate innovation.