PYI: Large Scale Computation in Fluid Dynamics

正在以下相关领域开展研究。 在 流体动力学中的大规模计算，计算机模拟 正被用作一种实验工具， 流体动力学的基本现象，主要强调 三维非定常流的研究 应用包括 涡流、冲击流体动力学和燃烧。 在先进 数值算法，新的数值技术是根据 开发以执行上述类型的计算。 技术包括快速涡方法，高分辨率有限 差分法、投影法，以及各种 自适应技术来增强这些基本的离散化 方法. 在编程语言和环境中， 与EECS部门的P. Hilfinger教授合作 在加州大学伯克利分校开发和评估新的编程 大规模科学计算语言与环境 以支持在剩下的部分中使用的算法的设计 工作

Research is being conducted in the following related areas. In large scale computation in fluid dynamics, computer simulations are being used as an experimental tool to investigate fundamental phenomena in fluid dynamics, with principal emphasis on unsteady flows in three dimensions. Applications include vortical flows, shock hydrodynamics, and combustion. In advanced numerical algorithms, new numerical techniques are under development to perform the kinds of calculations described above. Techniques include fast vortex methods, high - resolution finite difference methods, and projection methods, as well as various adaptive techniques to augment these basic discretization methods. In programming languages and environments, there will be collaboration with Prof. P. Hilfinger of the EECS Department at UC Berkeley in developing and evaluating new programming languages and environments for large scale scientific computing to support the design of the algorithms used in the rest of this work.