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This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 671698.

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Release of the ExaHyPE engine for solving hyperbolic PDE systems.
For details on the engine, see preprint article on arxiv.org

Dr. Tobias Weinzerl had a Keynote Talk at PPAM 2019 on September, 10th: 'Stop talking to me - some communication-avoiding programming patterns'

Dr. Alice-Agnes Gabriel's project 'TEAR-Truly Extended Earthquake Rupture' has been selected as 1 of 408 ERC Starting Grant winners

Is there power in loosing control? Tobias Weinzierl writes about the challenges to the developer mindset in scientific computing and presents experiences and ideas from the ExaHyPE project

ExaHyPE goes HDF5: ExaHyPE develops a solver engine for hyperbolic differential equations solved on adaptive Cartesian meshes. It supports various HDF5 output formats …

PostDoc position: Exascale Software for High-Order Hyperbolic PDE Solvers (Technical University of Munich)

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This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 671698.

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ExaHyPE is over - long live ExaHyPE!

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