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📢 Call for Papers — Volume 13, Issue 7 (July 2026) | Submission Deadline: July 31, 2026 | Rapid peer review: 2–3 days | Impact Factor: 7.37 (SJIF 2026)

Paper Details

📄 IJAERD-OJS-0855

FATIGUE ANALYSIS OF DEEP GROOV BALL BEARING USING ANSYS

Author(s):Prof Vipul B Gondaliya, Shivraj J Dhakhda, Unad B. Lakhnotra, Fesal A. Dabavala, ,Jignesh S Gondaliya
Institution:Head of the Mechanical Department, Arun Muchhala Engineering College Dhari
Published In:Vol. 2, Issue 5 — May 2015
Page No.:358-364
Domain:Engineering
Type:Research Paper
ISSN (Online):2348-4470
ISSN (Print):2348-6406
Abstract

—The aim of this research is to focus mainly on Design & Analysis of Bearing and we will discuss aboutfatigue analysis of deep groove bearing using Ansys & various analytical method and experimental setup. In this studythe Modeling of Deep Groove Ball Bearing will be done using Creo parametric 2.0 & the steady analysis of deep grooveball bearing using ANSYS & analytical method is investigated. In this analysis three factors consider Fatigue Life, Stress& Deformation. The main goal is to providing displacement in inner race & to get change in stress and Deformation takeplace. All the result is based on specific dimension. By providing displacement in inner race and coefficient of frictionwith degree of rotation in clockwise direction with 500 rpm through which three cases obtained using ANSYS tool. Anincreasing the displacement value what will be the effect on stress value & Fatigue Life. An increasing the rpm what willbe the effect on stress value & Fatigue Life of various parts of bearing. Then by using analytical method Stress,Deformation & fatigue life is to be calculated & will be validated.Various researches is help to improving the performance of deep groove ball bearing.

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🕮 How to Cite

Prof Vipul B Gondaliya, Shivraj J Dhakhda, Unad B. Lakhnotra, Fesal A. Dabavala, ,Jignesh S Gondaliya, “FATIGUE ANALYSIS OF DEEP GROOV BALL BEARING USING ANSYS”, International Journal of Advance Engineering and Research Development (IJAERD), Vol. 2, Issue 5, pp. 358-364, May 2015.

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