A Review on New Developed Machining Process for Differential Case

Authors

  • Hardik K. Bhatt PG Student Mechanical Engineering Department, HJD ITER Kera Kachchh
  • Navnit J. Patel Associate Professor Mechanical Engineering Department, HJD ITER Kera Kachchh
  • Harsh G. Parmar Assistant Professor Mechanical Engineering Department, HJD ITER Kera Kachchh
  • Ravindra P. Rathod Assistant Professor Mechanical Engineering Department, HJD ITER Kera Kachchh

Keywords:

Differential Case, Machining Operation, Jaw design Of Chuck, Accuracy, Cycle Time

Abstract

In this project the machine development process is introduced. In which the milling and turning operation are combined together
to form a same differential. As a result of which the production will be increased, reduce loading/unloading time, reduce lead
time, increase surface finish and reduce cost per component of differential case. Differential casing is an important component of
an automobile. It is first casted with sand casting and then two machining process (i.e.) milling and turning are carried out on it.
The main aim of this study is to reduce cost per differential case component by reducing cycle time and improving accuracy in low
cost then current machining process. For this combined machining operation a new design of jaws of chuck is designed for the
ATM machine with same operational sequence with turning and milling machining operations which results in optimum
machining time. Compare the old machining cycle time with the new developed machining cycle time.

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Published

2015-10-25

How to Cite

Hardik K. Bhatt, Navnit J. Patel, Harsh G. Parmar, & Ravindra P. Rathod. (2015). A Review on New Developed Machining Process for Differential Case . International Journal of Advance Research in Engineering, Science & Technology, 2(10), 83–85. Retrieved from https://ijarest.org/index.php/ijarest/article/view/315

Issue

Vol. 2 No. 10 (2015): Volume: 02, Issue: 10 - October, 2015.

Section

Articles