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A Purely Distributed Approach for Coupling Scientific and Engineering Applications

机译:用于科学与工程应用耦合的纯分布式方法

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In recent years, developments in computational sciences have enabled scientists to create sophisticated software tools and techniques that have contributed to the development of high accuracy numerical models that are used to study physical phenomena. The next level of sophistication addresses the integration or coupling of one or more computational models to simulate a more complex physical system. These coupled systems, are generally multidiscipli-nary in nature and are now emerge in a broad spectrum of fields in science and engineering such are Earth Sciences, Fusion Energy, Structural Engineering and Astrophysics. This paper presents an introduction to the Distributed Coupling Toolkit (DCT). This library tool provides a user friendly and scalable approach to formulate model coupling in distributed computer environments.
机译:近年来,计算科学的发展使科学家能够创建复杂的软件工具和技术,这些工具和技术有助于开发用于研究物理现象的高精度数值模型。复杂性的下一个层次解决了一个或多个计算模型的集成或耦合问题,以模拟更复杂的物理系统。这些耦合系统通常本质上是多学科的,现在出现在科学和工程学的广泛领域,例如地球科学,聚变能,结构工程和天体物理学。本文介绍了分布式耦合工具包(DCT)。该库工具提供了一种用户友好且可扩展的方法来制定分布式计算机环境中的模型耦合。

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