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Erosion Wear Behavior of Inconel625 Plasma Transferred Arc Weld (PTAW) Deposits using Air Jet Erosion Tester

机译:Inconel625等离子体的侵蚀磨损行为使用空气喷射侵蚀测试仪转移电弧焊接(PTAW)沉积物

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This paper studies the effect of Inconel625 as wear resistant material to control erosion wear. The work attains to establish the mechanisms of erosion wear on Inconel625, by considering impacting angles of particles at different temperature of Inconel625 substrate as process parameters and wear rate as response parameter. Fractional Factorial Regression method is used for developing relationship between process parameters and response parameter. The adequacy of model is tested by ANOVA. The Inconel625 material is developed through Plasma Transfer Arc Welding (PTAW) Technique and the tests are conducted according to ASTM G-76 Standards on Air Jet Erosion Test Rig.
机译:本文研究了Inconel625作为耐磨材料控制侵蚀磨损的影响。通过考虑Inconel625衬底不同温度的颗粒作为工艺参数和磨损率作为响应参数,通过考虑颗粒的影响角度,在Inconel625上建立侵蚀磨损机制。分数阶乘回归方法用于开发过程参数与响应参数之间的关系。模型的充分性是由ANOVA测试的。通过等离子体转移电弧焊接(PTAW)技术开发了INCONEL625材料,并根据ASTM G-76标准进行试验在空气喷射腐蚀试验台上进行。

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