Daniel Arndt

Daniel Arndt's indexed work centers on the deal.II finite element library, an open-source framework for adaptive finite element computations that he has documented across successive version releases, including the widely cited 2020 design and features overview (315 citations). His lead-author contributions extend to high-order discontinuous Galerkin methods for exascale simulation, as in ExaDG, and to local projection stabilization for the time-dependent incompressible Navier–Stokes problem, reflecting a sustained interest in numerical methods for computational fluid dynamics. Beyond these, Arndt contributed as a middle author to the Kokkos 3 programming model extensions for the exascale era, a widely cited parallel-computing effort (490 citations), and to earlier deal.II releases such as version 9.0. His collaboration with Bruno Turcksin on the deal.II version papers illustrates the team-driven nature of this software work. No software tools, datasets, grants, or patents are indexed beyond these publications. Taken together, the record traces a consistent line of inquiry: building and documenting reusable finite element infrastructure while advancing high-order discretization methods for large-scale flow simulation.