Edward A. Luke

TL;DR: A novel mesh deformation algorithm for unstructured polyhedral meshes is developed utilizing a tree-code optimization of a simple direct interpolation method, shown to provide mesh quality that is competitive with radial basis function based methods, with markedly better performance in preserving boundary layer orthogonality in viscous meshes.

TL;DR: This paper compares several implementations of LULESH, a proxy application for shock hydrodynamics, to determine strengths and weaknesses of different programming models for parallel computation, and focuses on four traditional (OpenMP, MPI,MPI+OpenMP+, CUDA) and four emerging (Chapel, Charm++, Liszt, Loci) programming models.

TL;DR: A rule-based framework for the development of scalable parallel high performance simulations for a broad class of scientific applications (with particular emphasis on continuum mechanics) and demonstrates predictable performance behavior and efficient utilization of large scale distributed memory architectures on problems of significant complexity involving multiple disciplines.

TL;DR: In this paper, the authors developed a thermodynamic model that can be used for numerical simulations of mixtures of fluids, whereby some of the mixture components cannot be accurately modeled by a thermally perfect equation of state.

TL;DR: The Loci system presented here addresses issues by introducing a deductive framework for the coordination of numerical value classes constructed in C++.