![]() ![]() The postprocessing must be helpful to understand numerical results from various aspects. Graphic libraries or interactive graphic displays Reprint requests: Tatsuhiko Aizawa, Department of Graphics, College of Arts & Sciences, University of Tokyo, 3-8-1 Meguro-ku, Tokyo 153, Japan. Thus, since the automatic postprocessing of calculated results is indispensable to interpret this data, Of data becomes too large to handle manua lly: It isīoth time-consuming and tedious for an engineer toĭraw figures or tables from such an output of data. The onset of supercomputers enables us to make numerous calculations in practical cpu time. Transient, or coupled phenomena are simulated by Structures, such as nuclear plants, forces structuralĮngineers to design with analysis, where nonlinear, The safety and integrity evaluation of high-risk Validity and effectiveness of our system in practice. The necessary geometric modeling and processing and boundaryĮlement formulations. In this paper, we state the basicĬoncept of the proposed computer diagnosis system and present Furthermore, it supports design feedback reactions to change modeling or meshing, make recalculations, and We present a computer tomographic systemĬOMTOS-BEM based on three-dimensional boundary elementĪnalysis it houses its own geometric modeling and automatic Must be developed in the sense of computer-aided engineering orĬomputer diagnosis. Postprocessors, and a new concept of postprocessing and system Information processing cannot be attained by conventional Will be extracted and changes of models, mesh subdivisions, orīoundary conditions will be taken into account. Time, though, huge amounts of output data must be treated automatically by post processors, so that only necessary information Three-dimensional simulations in practical cpu time. With the aid of the supercomputer we have performed ![]() Engineering with Computers 1, 175-191 (1986)Ĭomputer Diagnosis System for Thermal Analysis by BEM Aidedĭepartment of Graphics, College of Arts and Sciences, The University of Tokyo, 3-8-1 Komaba, Meguro-ku, Tokyo 153, Japanĭepartment of Metallurgy, Faculty of Engineering, The University of Tokyo, 7-3-1 Hongo, Bunkyo-ku, Tokyo 113, JapanĪbstract. ![]()
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