Transient Thermal Analysis on Rotary Friction Welding of 15CDV6 Aerospace Steel
A Padmakumar, AP Madhavan, J Joseph… - Transactions of the …, 2023 - Springer
A Padmakumar, AP Madhavan, J Joseph, S Kailasamani
Transactions of the Indian Institute of Metals, 2023•SpringerFriction welding is a solid-state joining method that does not require the workpieces to be
melted. The thermo-mechanical mechanism during the rotary friction welding process of
15CDV6 alloy steel is analyzed using a finite element model in the ANSYS workbench.
During the frictional stage, the effects of friction pressure, rotating speed, and friction time on
maximum temperature along the interface were investigated. The experiments were
conducted on 16 mm diameter and 65 mm length of 15CDV6 alloy steel to evaluate the …
melted. The thermo-mechanical mechanism during the rotary friction welding process of
15CDV6 alloy steel is analyzed using a finite element model in the ANSYS workbench.
During the frictional stage, the effects of friction pressure, rotating speed, and friction time on
maximum temperature along the interface were investigated. The experiments were
conducted on 16 mm diameter and 65 mm length of 15CDV6 alloy steel to evaluate the …
Abstract
Friction welding is a solid-state joining method that does not require the workpieces to be melted. The thermo-mechanical mechanism during the rotary friction welding process of 15CDV6 alloy steel is analyzed using a finite element model in the ANSYS workbench. During the frictional stage, the effects of friction pressure, rotating speed, and friction time on maximum temperature along the interface were investigated. The experiments were conducted on 16 mm diameter and 65 mm length of 15CDV6 alloy steel to evaluate the numerical model. The model has achieved 94% accuracy and is useful to predict the temperature distribution for a set of parameters to obtain better weld quality.
Springer
以上显示的是最相近的搜索结果。 查看全部搜索结果