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Material plastic properties characterization by coupling experimental and numerical analysis of small punch beam tests

机译:结合小冲头试验和数值分析的材料塑性特性表征

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摘要

A novel small punch beam testing (SPBT) system consisting of a top die, a bottom die and a flat punch with semi-circular cross-section head has been designed and tested. The specimen is a small beam with rectangular cross-section. This SPBT method has the advantage over conventional tensile testing for much less material required for testing and also over the traditional small punch testing because not only less material required but also high accuracy to make the punch head. Through coupling the numerical modelling and experimental results, genetic algorithm has been employed to successfully characterize the material plastic properties.
机译:设计并测试了由顶模,底模和具有半圆形横截面头部的平冲头组成的新型小冲头测试系统(SPBT)。标本是具有矩形横截面的小梁。这种SPBT方法与传统的拉伸测试相比,具有测试所需材料少得多的优势,并且与传统的小冲头测试相比具有优势,因为不仅需要的材料更少,而且制造冲头的准确性很高。通过数值模拟和实验结果的结合,遗传算法已成功地表征了材料的塑性。

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