A high-throughput application for the dynamic analysis of structures on a Grid environment

J.M. Alonso; V. Hernandez; G. Molto

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A high-throughput application for the dynamic analysis of structures on a Grid environment

机译：网格环境中结构动态分析的高通量应用程序

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This paper describes a Grid Computing application for the 3D dynamic analysis of large dimension buildings. A previously developed software composed of parallel implementations of eight direct integration methods has been integrated on this application, in order to perform structural simulations on a Grid deployment. The GMarte software abstraction layer has been employed to couple the parallel simulator with the Grid infrastructure. Performing distributed executions has enabled a considerable reduction in the global execution time of structural dynamic studies composed of different design alternatives.

机译：本文介绍了用于大型建筑物3D动态分析的网格计算应用程序。为了对Grid部署执行结构仿真，已在此应用程序上集成了由八种直接集成方法的并行实现组成的先前开发的软件。 GMarte软件抽象层已用于将并行模拟器与Grid基础架构耦合。执行分布式执行可以显着减少由不同设计替代方案组成的结构动力学研究的全局执行时间。

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《Advances in Engineering Software》 |2008年第10期|839-848|共10页
作者
J.M. Alonso; V. Hernandez; G. Molto;
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正文语种 eng
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grid computing technology; 3D structural dynamic analysis; large dimension buildings; UPC techniques; direct time integration methods; grid middleware;

机译：网格计算技术;3D结构动力分析;大型建筑物;UPC技术;直接时间积分方法;网格中间件;

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A high-throughput application for the dynamic analysis of structures on a Grid environment

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