Data- and simulation-based material behaviour prediction

Anton Dybov, Carina Fresemann, Rainer Stark
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Abstract

In research environments and laboratories e.g. for material sciences the in- and output of simulation data is manually managed. Therefore, physical experiments as well as simulations might be carried out several times, learnings are not systematically gathered, and experiments do not systematically build on learnings from data. This paper proposes to engage an ontology in conjunction with a simulation to use data from already carried out experiments and on that basis predict material behaviour under certain condition and plan further physical experiments.
基于数据和模拟的材料性能预测
在材料科学等研究环境和实验室中,模拟数据的输入和输出都是人工管理的。因此,物理实验和仿真可能要进行多次,学习成果无法系统地收集,实验也无法系统地从数据中吸取经验教训。本文建议将本体与模拟结合起来,使用已进行过的实验数据,在此基础上预测材料在特定条件下的行为,并计划进一步的物理实验。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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