Advances in Computational Methods for Transport Phenomena Lexington, KY - January 7-9, 1991

“运输现象计算方法的进展”研讨会将于1991年1月7-9日在列克星敦的肯塔基大学举行。本次研讨会的目标是汇聚在交通现象领域工作的领先数值模型师，分享当前增强的高性能计算能力和新算法的基本原理。讨论潜在的应用。该计划将包括四个两小时的全体讲座和12个30分钟的应用讲座。本文将讨论以下四个问题：1.自适应有限元方法的新发展，及其在反应流动和叶轮机械中的应用。2.水质和两相流应用的迎风技术。3.湍流、非牛顿流动、涂层流动和晶体生长的有限元和有限差分方法。4.反扩散有限元方法及其在地球物理流动中的应用。5.大规模并行算法在输运现象建模中的应用。

A Symposium on "Advances in Computational Methods for Transport Phenomena" will be held at the University of Kentucky in Lexington, January 7- 9, 1991. The objective of this symposium is to bring together the leading numerical modelers working in the area of transport phenomena to share fundamentals of the new algorithms being used with the current enhanced high-performance computational power and to discuss potential applications. The program will consist of four two- hour plenary lectures with twelve thirty-minute application lectures. The following four topics will be discussed: 1. New developments of the adaptive finite elements method, with application to reacting flows and turbomachinery. 2. Upwind techniques for water quality and two phase flow applications. 3. Finite element and finite difference methods for turbulent flows, non-Newtonian flows, coating flows, and crystal growth. 4. Finite element methods with back diffusion with application to geophysical flows. 5. Application of massively parallel algorithms to transport phenomena modeling.