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Desain dan Penentuan Lokasi Pembebanan Pendulum Alat Uji Impak untuk Pengujian Produk Hasil Las Gesek Rotary Bar-Plate

机译:摆杆式平板摩擦焊接产品的摆摆冲击试验设备的设计与确定

摘要

Fracture that occurred in bar-plate friction welding joint on component, be it with a similar or dissimilar materials, can be reviewed by destructive testing. One of the destructive test on weld joint by friction welding is the impact test. Pendulum of standart Charpy and Izod is not match to use for it. Therefore, in this study was made the design and set up pendulum of impact testing for it, using the finite element method software, by considering dynamic factors that may affect fracture such as, loading angle, loading point on the product bar-plate, the dimensions of pendulum, maximum stess thet occurs, and the mass variation of the pendulum. The Obtain summaries are as follows: (1) Results of the Pendulum tests, it was safe to use, it was qualyfied for pendulum impact testing, and plastic deformation was not occurs on entire pendulum. (2) Based on tests result, loading point (x) at 10mm, affected fracture between bar and plate in HAZ section, while loading point at 40 mm until 15 mm affected fracture on plate, not on the section between bar and plate.
机译:可以通过破坏性试验来检查在部件上的棒-板摩擦焊接接头中发生的断裂(无论是使用相似材料还是不同材料)。冲击试验是摩擦焊对焊接接头的破坏性试验之一。标准Charpy和Izod的摆锤不适合使用。因此,本研究使用有限元方法软件设计并设置了冲击试验摆,考虑了可能影响断裂的动态因素,例如,加载角度,产品棒板上的加载点,摆的尺寸,最大应力发生以及摆的质量变化。获得的摘要如下:(1)摆锤测试的结果,使用安全,已被摆锤冲击测试量化,并且整个摆锤都没有发生塑性变形。 (2)根据测试结果,加载点(x)在10mm处会影响热影响区截面中的钢筋与板之间的断裂,而加载点在40mm处直至15mm会影响板上的断裂,而不是在板与板之间的断裂处。

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