Finite element analysis of piston of different materials using ANSYS

This paper portrays the comparable investigation of pistons made of three distinct materials by utilizing Finite Element Method (FEM) and endeavors to sort out whether the material utilized in the piston of supercars can be employed in a motorbike or not. The boundaries utilized for the reproduction...

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Bibliographic Details
Main Authors: Reddy, Mudhuganti Mahender, Prasad, J. Laxmi, Nidumolu, E. C. Prasad
Format: Conference Proceeding
Language:English
Subjects:
Aluminum compounds
Finite element method
Material properties
Motorcycles
Pistons
Pulsars
Three dimensional models
Titanium
Titanium compounds
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Summary:This paper portrays the comparable investigation of pistons made of three distinct materials by utilizing Finite Element Method (FEM) and endeavors to sort out whether the material utilized in the piston of supercars can be employed in a motorbike or not. The boundaries utilized for the reproduction are working gas pressing factor, temperature and material properties of piston. The particulars utilized for the investigation of these pistons have a place with four stroke single chamber motor of Bajaj Pulsar 220 cc. This undertaking represents the methodology for mechanical design of two aluminum compound and one titanium combination piston. The measurements are gotten and a 3-D CAD model on CREO 3.0 is readied. Static underlying and warm pressure investigations are performed by utilizing ANSYS 16.0. The outcomes foresee the most extreme pressure and basic locale on the pistons utilizing FEA. The best material is then chosen on premise of these outcomes and an examination is made with the titanium combination to see if the titanium amalgam is reasonable for motorbikes or not.
ISSN:0094-243X
1551-7616
DOI:10.1063/5.0116955