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Study on Hot Ring Compression Test of Nimonic 115 Superalloy Using Experimental Observations and 3D FEM Simulation

机译:基于实验观察和3D有限元模拟的115合金高温热环压缩试验研究

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摘要

In hot forging of Nimonic 115, it is desirable to determine friction coefficients. Changing magnitudes of temperature and type of lubricant at the surface of the workpiece and dies influence friction coefficient. This paper describes an experimental investigation of friction under hot forging conditions using the ring compression test. The 3D FEM simulations were used to derive the friction calibration curves and to evaluate material deformation, geometric changes, and load-displacement results. A series of ring compression tests were carried out to obtain friction coefficients for a number of lubricants including mica plate, glass powder, graphite powder, and dry condition. The experiments show how the variations in temperature at the interface affected frictional behavior. On the basis of these results, mica is recommended for hot forging of Nimonic 115 and its friction coefficient is approximately 0.3.
机译:在Nimonic 115的热锻中,期望确定摩擦系数。工件和模具表面温度的变化幅度和润滑剂类型的变化会影响摩擦系数。本文介绍了使用环压缩试验对热锻条件下的摩擦进行的实验研究。 3D FEM仿真用于导出摩擦校准曲线,并评估材料变形,几何变化和载荷位移结果。进行了一系列的环压测试,以获得包括云母板,玻璃粉,石墨粉和干燥条件在内的多种润滑剂的摩擦系数。实验表明界面温度的变化如何影响摩擦性能。根据这些结果,建议将云母用于Nimonic 115的热锻,其摩擦系数约为0.3。

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