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Numerical models of Eddy Current Testing problems for CPU/GPU based clusters

机译:基于CPU / GPU的群集的涡流测试问题的数值模型

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摘要

This work provide a contribution on the development and implementation of methods and algorithms for the numerical solution of the eddy current problem for Nondestructive Testing applications via computer clusters based on multi core CPU/GPU. The related hardware configuration is, nowadays, increasingly popular in the framework of High Performance Computing (HPC) for realizing both low cost clusters and high-end clusters. Numerical methods, algorithms and codes previously developed for single core CPU (serial computing) should be almost completely to think over to exploit in full the computational power provided from these new environments. This work represents a contribution in this line with reference to the modeling of the Eddy Current Testing (ECT) problem via an integral formulation.
机译:这项工作为通过基于多核CPU / GPU的计算机集群对无损检测应用的涡流问题进行数值解的方法和算法的开发和实现做出了贡献。如今,相关的硬件配置在高性能计算(HPC)框架中越来越流行,用于实现低成本集群和高端集群。以前为单核CPU(串行计算)开发的数值方法,算法和代码应该完全考虑一下,以充分利用这些新环境提供的计算能力。这项工作代表了这一方面的贡献,是通过整体公式对涡流测试(ECT)问题建模的参考。

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