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Design and Analysis of Scissor Jack for Light Motor Vehicle
Author Name

Shubham Sukale, Alimoddin Patel, Digambar Date and Vikramsinh Mane

Abstract

Scissor jacks are simple mechanisms used to drive large loads over short distances in to translator motion. Most scissor jacks are similar in design. Consisting of four main memes driven by a power screw. The power screw of scissor jacks greatly reduces the amount of force required by the user to drive the mechanism. In this project work, a scissor jack was designed and analyzed which can be used for lifting the vehicle in vertical direction. A scissor jack is an example of a power screw in which a small force is applied in a horizontal plane for raising or lowering a large load. The purpose of this work is to design a scissor jack for safe, easy operation and which will able to lift the car without spending much effort, by studying the total deformation and von-mises stress values of the scissor jack which are useful for assessing the safety and life prediction of the scissor jack. A detailed structural analysis of scissor jack is performed using ANSYS and this analysis helps to predict which parts of the scissor jack fails when a certain external load acts on it. Automobile sectors are very keen at their productivity and customer satisfaction. We also keen at reducing the weight of scissor jack at the same time maintaining its strength and service life. We made certain change in manufacturing process thereby made a new versatile jack that can be used for varying models of L.M.V automobile sector. Also the new design that made by Pro-e software can be tested by ANSYS software.

 

Key Words: Light motor vehicle, Scissor Jack, Power screw, Design, Ansys etc



Published On :
2022-08-19

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