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Influence of pre-heated Al 6061 substrate temperature on the residual stresses of multipass Al coatings deposited by cold spray

机译:预热的Al 6061基体温度对冷喷涂沉积的多道次Al涂层残余应力的影响

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摘要

In this work, the influence of the substrate temperature on the deposition efficiency, on the coating properties and residual stress was investigated. Pure Al coatings were deposited on Al 6061 alloy substrates using a CGT Kinetics 3000 cold spray system. The substrate temperature was in a range between 20(room temperature)and 375C and was kept nearly constant during a given deposition while all the other deposition parameters were unchanged. The deposited coatings were quenched in water (within 1 min from the deposition) and then characterized. The residual stress was determined by Almen gage method, Modified Layer Removal Method, and XRD in order to identify both the mean coating stress and the stress profile through the coating thickness from the surface to the coatingsubstrate interface. The residual stress results obtained by these three methods were compared and discussed. The coating morphology and porosity were investigated using optical and scanning electron microscopy.
机译:在这项工作中,研究了衬底温度对沉积效率,涂层性能和残余应力的影响。使用CGT Kinetics 3000冷喷涂系统将纯Al涂层沉积在Al 6061合金基材上。衬底温度在20(室温)和375℃之间的范围内,并且在给定的沉积过程中几乎保持恒定,而所有其他沉积参数不变。将沉积的涂层在水中淬火(距沉积1分钟以内),然后进行表征。残余应力通过Almen gage方法,改性层去除方法和XRD确定,以识别平均涂层应力和从表面到涂层与基材界面的整个涂层厚度的应力分布。比较和讨论了通过这三种方法获得的残余应力结果。使用光学和扫描电子显微镜研究涂层的形态和孔隙率。

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