Computational Fluid Dynamics, Development of Joint ResearchPrograms With Scientists at the Indian Institute of Science,Award in Indian Currency

描述：本项目支持来自亨茨维尔阿拉巴马大学（UAH）和密西西比州立大学的两名美国科学家访问印度主要研究机构，以发展计算流体动力学（CFD）的合作项目。讨论的领域包括：a) CFD中各种不同应用领域的求解算法的评估；b)将现有方案应用于并发计算机，并在域分解、计算格林函数方法和将快速泊松解扩展到更一般的问题等领域进行了研究；C)现有网格生成方法的杂交和交叉施肥；D)自适应或移动网格系统；e)评估现有软件并开发更先进的软件，以适当地可视化和解释流场特性。范围：更新算法以利用计算机体系结构的重大进步，是一个重要的主题。印度顶尖学术和研究机构的分析和数学能力可以补充美国的计算机技术和计算能力，例如UAH的计算流体动力学联盟。这个项目将主要集中在博士。航空工程系的S. M. Deshpandy和N. M. Reddy。还将访问孟买和德里的印度理工学院。这些有待开发的合作项目可能会吸引除UAH以外的美国大学的参与，并改进CFD在建模和研究与实际空气动力推进配置相关的三维流动方面的应用。

Description: This project supports visits by two U.S. scientists from the University of Alabama in Huntsville (UAH) and Mississippi State University to major Indian research institutes for development of a cooperative program in computational fluid dynamics (CFD). The areas to be discussed include: a) evaluation of solution algorithms from various different application areas in CFD; b) adaption of existing schemes to concurrent computers, and in areas of domain decomposition, computational Green's function methods, and extension of fast Poisson solvers to more general problems; c) hybrid and cross fertilization of existing grid generation methods; d) adaptive or moving grid systems; and e) evaluation of existing software and development of more advanced software for proper visualization and interpretation of flow field properties. Scope: The topic of updating algorithms to take advantage of major advances in computer architecture, is an important one. The capabilities in computer technology and computation in the U.S. as in the case of the Consortium for Computational Fluid Dynamics at UAH, can be complemented by the analytical and mathematical capabilities in the top academic and research institutes in India. This project will focus primarily on the Drs. S. M. Deshpandy and N. M. Reddy of the aeronautical Engineering Department. Additional visits will be made to the Indian Institutes of Technology in Bombay and Delhi. The collaborative projects to be developed, could lead to participation by U.S. universities other than UAH, and to improvement in the use of CFD in modeling and investigating three-dimensional flows associated with realistic aerodynamic propulsion configurations.