Forging Die Design for Camshaft

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Mr. D. J. Sangale, Mis. J.S. Tilekar, Mr. A.H. Jadhav, Mr. G. V. Thombare

Abstract

Forging is a fundamental manufacturing technique. It establishes the mechanical qualities of the part in the initial stage of manufacture because it is a primary metal forming process. The forging industry is essential in the automotive industry. Many forged parts are required in many sectors to preserve product quality, shorten development cycle times, and reduce forging part production costs. Another issue is the waste of forging material as a result of the quicker production rate and complex shape. Camshaft yield rate is currently 58.5%. Optimise the process design of the camshaft die and control the camshaft yield %. In addition, the input weight for camshaft forging is to be reduced by forging die design improvements, which will result in increased production rate and lower part cost. As a result, the entire cost of the process and camshaft will be reduced.ent, which will result in increasing the production rate and decrease in the cost of the part. This will lead to reduce overall cost of the process and camshaft.

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How to Cite
Mr. D. J. Sangale, Mis. J.S. Tilekar, Mr. A.H. Jadhav, Mr. G. V. Thombare. (2023). Forging Die Design for Camshaft. International Journal of Innovations in Engineering Research and Technology, 233-243. https://repo.ijiert.org/index.php/ijiert/article/view/3746
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Articles

How to Cite

Mr. D. J. Sangale, Mis. J.S. Tilekar, Mr. A.H. Jadhav, Mr. G. V. Thombare. (2023). Forging Die Design for Camshaft. International Journal of Innovations in Engineering Research and Technology, 233-243. https://repo.ijiert.org/index.php/ijiert/article/view/3746

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