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Strength analysis of high strength steel hydraulic support

机译:高强度钢液压支架的强度分析

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摘要

Based on the importance and complex working environment of hydraulic support,welding residual stress (WRS) measurement to main components were carried out respectively by X-ray diffraction and the measured data were further analyzed theoretically.Tests were made on the gob shield and base for two times,each was measured before and after heat treatment respectively.The results indicate that WRS in the base are higher than that in the gob shield before heat treatment.After heat treatment,residual stress (RS) level of gob shield and base decreased significantly,WRS in every region keep at a lower level and regional RS differences become smaller.Therefore,heat treatment processes is an effective method to reduce RS of hydraulic support after welding.Through the test results we measured,got the real residual stress level of gob shield and base,which can provide the basis of experiment to search for an appropriate welding and heat treatment process.
机译:鉴于液压支架的重要性和复杂的工作环境,分别通过X射线衍射对主要部件进行了焊接残余应力(WRS)测量,并对测量数据进行了理论上的进一步分析。两次分别测量了热处理前后的结果。结果表明,基座的WRS值高于热处理前的料滴罩。热处理后,料滴罩和基座的残余应力(RS)值显着降低,每个区域的WRS保持较低水平,区域RS差异变小。因此,热处理工艺是降低焊接后液压支架RS的有效方法。通过测试结果,我们得到了实际的残余残余应力水平。屏蔽层和底座,可以为寻找合适的焊接和热处理工艺提供实验基础。

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