Design of Lifting Device Using Hydraulic Telescopic Jack

Authors

  • Gaurav Mute Mechanical Engineering, J D College of Engineering and Management Nagpur
  • Rushabh Gawande Mechanical Engineering, J D College of Engineering and Management Nagpur
  • Anil Gadekar Mechanical Engineering, J D College of Engineering and Management Nagpur
  • Prashant Ghodeswa Mechanical Engineering, J D College of Engineering and Management Nagpur

Keywords:

Design of cylinders, Design assumption, Design of tank, Selection of Hydraulic oil, Selection of Wheel

Abstract

The main purpose of the project is To Design a System Using Telescopic Hydraulic Jack For Tata Nangia
Motors Pvt. Ltd. Hingna MIDC Nagpur, Maharashtra To overcome their problem of lifting automobile component like
engine, gear box form inside the ram (chamber made inside the ground where the washing and repairing of chassis being
carried out). This system overcomes their difficulty to lift the component from inside the ram which they do manually.
This system reduces their danger of life and also increases their safety. Present paper includes the detail study of the
system made by using hydraulic telescopic jack along with their analysis portion.
The analysis portion is being carried out with the help of ANSYS SOFTWARE. The different component that we
are using and going to analyzed are plate, cylinder, wheel, tank. This paper also includes the study of hydraulic because
the main function of lifting is done by hydraulic oil by itself. At last the theoretical calculation is being carried out and
the theoretical calculation along with the standard values and software obtain result are being compared for validation
purpose.

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Published

2018-02-25

How to Cite

Gaurav Mute, Rushabh Gawande, Anil Gadekar, & Prashant Ghodeswa. (2018). Design of Lifting Device Using Hydraulic Telescopic Jack. International Journal of Advance Engineering and Research Development (IJAERD), 5(2), 737–743. Retrieved from https://ijaerd.org/index.php/IJAERD/article/view/2476

Issue

Vol. 5 No. 2 (2018): Volume 5 Issue 2 February 2018

Section

Articles