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Design, Fabrication and Performance Evaluation of a Hardness Testing Machine

机译:硬度测试机的设计,制作和性能评估

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摘要

Hardness is one of the most important properties of engineering materials. It provides indication for material selection and also quality assurance tests for wear resistance. A Hardness Testing Machine was Designed, Fabricated and Tested. Four samples used for the machine evaluation were, mild steel, brass, Aluminum and copper. Standard Test procedure for Brinell Hardness Test was followed in testing for the fabricated Hardness Testing machine. Eight varying loads were applied at intervals of 30secs. The results recorded were represented graphically; results show that mild steel is the hardest of the samples followed by brass, Aluminum and copper in order of decreasing Hardness.
机译:硬度是工程材料最重要的特性之一。它提供了材料选择的指示以及耐磨性的质量保证测试。设计,制造和测试了硬度测试机。用于机器评估的四个样品是低碳钢,黄铜,铝和铜。在制造的硬度测试机的测试中,遵循布氏硬度测试的标准测试程序。以30秒的间隔施加八个变化的载荷。记录的结果以图形方式表示;结果表明,低硬度钢是样品中硬度最高的,其次是黄铜,铝和铜,以降低硬度的顺序。

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