在传热程序中采用的不寻常技术

D. J. Campbell, D. B. Vollenweider
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引用次数: 0

摘要

本文描述了一个用于IBM 704的求解一般瞬态和稳态传热问题的程序。计算机程序是由Evendale计算操作公司与喷气发动机部门、通用电气公司、飞行推进部门合作开发的。在提出这个问题方面起了重要作用的喷气发动机部人员是威廉·k·科菲尔先生和j·m·博特耶博士。密歇根州立大学(Michigan State University)的詹姆斯·t·安德森博士(Dr. James T. Anderson)担任顾问,在该计划的制定过程中发挥了核心作用。该解法允许分析具有任意几何形状和多种组合传热模式的问题。为了便于描述和解决广泛而复杂的问题,许多通常不应用于工程计算的逻辑和计算技术被纳入该程序。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Unusual techniques employed in heat transfer programs
A program for the IBM 704 to solve general transient and steady state heat transfer problems is described. The computer program was developed by Evendale Computations Operation in cooperation with the Jet Engine Department, General Electric Company, Flight Propulsion Division. Jet Engine Department personnel who were instrumental in the formulation of the problem are Mr. William K. Koffel and Dr. J. M. Botje. Dr. James T. Anderson, of Michigan State University, acted as a consultant and played a central role in the development of the program. The method of solution permits the analysis of problems with arbitrary geometry and several combined modes of heat transfer. To facilitate the description and solution of extensive and complicated problems, many logical and computational techniques not usually applied to engineering calculations are incorporated in the program.
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