叶片微弹簧结构的硬度比较经历热处理

Bina Teknika Pub Date : 2017-08-02 DOI:10.54378/bt.v12i2.72
Rudi Saputra, Estu Tyastomo
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引用次数: 1

摘要

钢板弹簧是一种能够承受动载荷并提供驾驶舒适性的部件。钢板弹簧是常用的小型公共服务车辆和小型商用车,在钢板弹簧的使用年限限制之前,其机械性能已经恶化。为了恢复弹簧的机械性能,需要进行热处理,其中包括冷却(淬火)的热处理。从硬度维氏硬度试验结果来看,钢板弹簧的硬度都与硬度的提高有关,在正常钢板弹簧钢未经热处理的条件下硬度得到的平均价格为325,在钢板弹簧钢在温度为8000C的条件下用冷却油热处理得到的平均价格为380。对钢板弹簧钢在8000C空气冷却条件下进行热处理,得到的平均价格-平均为339,从金相条件的测试结果来看,钢板弹簧钢的金相组织在没有预热的情况下正常进入基体珠光体,并在旁边有硫化物/由硫形成的杂质。测试结果的金相显微组织的条件正在变暖的钢板弹簧与形式的一个矩阵马氏体淬火油的边缘和经验脱碳,奥氏体组织形式,测试的结果金相显微组织条件的钢板弹簧是由冷却空气变暖一个矩阵形式的珍珠状的中间和边缘脱碳ferrite-pearlite形式的微细结构的经验。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
PERBANDINGAN KEKERASAN DAN STRUKTUR MIKRO PEGAS DAUN YANG MENGALAMI PROSES HEAT TREATMENT
Leaf spring is a component that functions to receive dynamic load and provide comfort in driving. Leaf springs are commonly used small public service vehicles and small commercial vehicles are deteriorated mechanical properties prior to the age limit of leaf springs. To restore the mechanical properties of the spring there will be a heat treatment that includes heat treatment of cooling (quenching) .From Hardness Vickers hardness test results on steel leaf springs are associated with an increase of hardness, on the condition of normal leaf spring steel without heat treatment hardness obtained average price of 325 , on the condition of the leaf spring steel with heat treatment at a temperature of 8000C with cooling oil obtained average price of 380, on the condition of the leaf spring steel with heat treatment at a temperature of 8000C with air cooling average price obtained - average of 339, from the test results of metallographic condition microstructure on the leaf spring normally with no warm-up run into the matrix pearlitic and at the side there sulfide / impurities formed by sulfur, the results of tests metallographic condition of microstructure on the leaf spring that is experiencing warming with quenching oil in the form of a matrix martensitic and at the edges of experience decarburization , austenitic microstructure form, the results of tests metallographic condition of microstructure on the leaf spring is warming by cooling the air in the form of a matrix perlitic middle and at the edges of experience decarburization micro-structure in the form of ferrite-pearlite.
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