TRIP钢在平面剪切应力条件下的力学性能研究

David Koreček, P. Solfronk, J. Sobotka
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引用次数: 0

摘要

这些天仍然越来越重视使钣金冲压件的生产过程,用于汽车,航空航天或电力工业,更加准确和快速。这些方面需要考虑到这些部件生产的经济方面,并考虑到仍在增加的环境要求。本文研究了在ASTM B831平面单剪试验条件下超高强度钢的力学性能。对超高强度TRIP钢HCT690T EN 10346的这些性能进行了研究。在试验部分进行了平面剪切试验,以确定被试材料的基本力学性能和变形特性。在未来的研究中,测量数据将作为数值模拟的额外输入材料特性,这有助于提高给定成形过程的计算精度。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Research of TRIP Steel Mechanical Properties under Conditions of Plane Shear Stress
These days is still increasing emphasis put on making the production process of sheet metal stampings, which are used in the automotive, aerospace or power industries, more accurate and fast. These aspects need to be proportionately respected with respect to the economic side of these components production and in light of still increasing environmental requirements. This paper deals with the research of tested ultra-high strength steel mechanical properties under conditions of planar simple shear test (ASTM B831). The research of these properties is applied for ultra-high strength TRIP steel HCT690T EN 10346. In the experimental part was carried out plane shear tests to determine the basic mechanical properties and deformation characteristics of tested material. In the future research, measured data will serve as additional input material characteristics for numerical simulations, which can contribute to increase accuracy of computation for the given forming process.
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