Pengaruh Suhu Awal Media Pendingin Terhadap Kekerasan dan Kekuatan Impact pada Baja Karbon Medium yang Diperlakukan Quenching

Rendisetyo Rendisetyo
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Abstract

Abstract: The porpose of this study was find out the effect of intial temperatur colling medium on harness and toughness of medium steel carbon with quenching prosess. The steel will be used is S50C and the cooling medium with value viscosity of 20-40. The research methods used is kuantitatif with pre-eksperiment design and one-group spesimen control and spesimen eksperimen category. The variation initial temperature colling medium used is 300C, 350C, 450C dan 550C. The results of this study indicate there is an increase in the value of hardness in line with an increase in oil temperature. At a temperature of 300C has a hardness value of 204.39 HVN and a toughness of 0.0618 Joules / mm, at a temperature of 350C a hardness value of 255.14 HVN and a toughness of 0.0478 joules / mm, 450C has a hardness value of 271.03 HVN and a toughness of 0.048 Joules / mm. And at 550C the value of hardness is 234.11 HVN and the toughness is 0.0525 Joules / mm. Keywords: temperature of oil, hardness, toughness, Steel S50C, Quenching.
冷却介质对所蒸馏的碳钢受到的硬度和冲击的初始影响
摘要:本文研究了淬火工艺中初始温度冷却介质对中钢碳线束和韧性的影响。所用钢材为S50C,冷却介质粘度为20-40。研究方法采用定量的实验前设计、单组样本对照和样本分类。所采用的变温冷却介质为300C、350C、450C和550C。研究结果表明,硬度值随油温的升高而升高。的温度300 c硬度值为204.39 HVN和0.0618焦耳/ mm的韧性,在温度350 c 255.14 HVN和韧性的硬度值0.0478焦耳/毫米,450 c硬度值为271.03 HVN和韧性0.048焦耳/毫米。在550 c硬度的值是234.11 HVN韧性是0.0525焦耳/毫米。关键词:油温度、硬度、韧性、钢铁S50C淬火。
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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