U.S.-Japan Joint Seminar: Computers in Heat Transfer Science/October 1991/Tokyo, Japan

该奖项将支持六名美国人的参与。 科学家们在一个联合研讨会上说，“计算机在传热 1991年10月在日本东京举行。 之间 要讨论的主要主题是强制对流， 自然对流，相变，辐射传热， 和燃烧中的热传递。 实验的，理论的， 并将以两种方法的结合为特色。 需要解决的重要问题是：（1）在哪些细节上 我们能否从理论上澄清迄今为止尚未解决的热 如果计算机的性能 比电脑升级了十倍甚至百倍 （2）我们能在多大程度上提高准确性？ 如果我们有足够的数据 实验室中的采集和处理设备， 比目前可用的更强大 10或100;（3）传热专家可以发挥什么作用 发挥开发技术，这是必不可少的， 在计算设备中， 比现在的人更强大 计算机的出现在现代社会中发挥了重要作用。 传热科学的进步以及 解决了许多实际问题。 我们双方都 和日本为推动 热传导的知识，也是最 先进国家在开发和利用 微电子和计算机技术。 的目标 研讨会将汇集来自世界各地的主要研究人员， 两国在一个有效的论坛上审查目前的 计算机在传热学研究中作用及讨论 计算机技术的不断进步将影响 传热学的发展。 协办单位 参加会议的有大学的杨光教授 和东京大学的中山渡教授 理工学院 本次研讨会是 美国和美国之间的一系列联合会议 美国国家科学基金会和日本社会赞助的 促进科学。 第一届于1981年在东京举行 第二次是1985年在圣地亚哥

This award will support the participation of six U.S. scientists in a joint seminar on "Computers in Heat Transfer Science," to be held in Tokyo, Japan, in October 1991. Among the main topics to be discussed are forced convection, natural convection, phase changes, radiative heat transfer, and heat transfer in combustion. Experimental, theoretical, and a combination of the two approaches will also be featured. Significant issues to be addressed are: (1) in what details can we theoretically clarify hitherto unresolved heat transfer processes, if the performance of computers is upgraded 10-fold or even 100-fold from that of computers available today; (2) how far can we improve the accuracy of heat transfer measurements if we are equipped with data acquisition and processing equipment in the laboratory that are more powerful than that currently available by a factor of 10 or 100; and (3) what role can heat transfer specialists play to develop the technology that is essential in ushering in computing equipment that is 10 or even 100 times more powerful than those in existence today? The advent of computers has played a major role in the advancement of the science of heat transfer as well as in the solution of many practical problems. Both the United States and Japan have made significant contributions to advance the knowledge of heat transfer and are also among the most advanced countries in the development and utilization of microelectronics and computing technology. The objective of the seminar is to bring together leading researchers from both countries in an effective forum to review the current impact of computers in heat transfer research and discuss how the continuing advances in computer technology will impact the development of heat transfer science. The co-organizers of the meeting are Professor Kwangtzu Yang of the University of Notre Dame and Professor Wataru Nakayama of the Tokyo Institute of Technology. This seminar is the third in a series of joint meetings between the United States and Japan sponsored by NSF and the Japan Society for the Promotion of Science. The first was held in Tokyo in 1981 and the second in San Diego in 1985.