A COMPARISON FOR THE RELIABILITY OF THE HOLLOW AND SOLID CIRCULAR SHAFT SUBJECTED TO TORSIONAL LOADING ANALYSING SHEAR STRESS BEHAVIOUR UNDER EXPONENTIAL AND NORMAL DISTRIBUTIONID: 1650 Abstract :Torsion Is The Process Of A Straight Component Twisting Under The Influence Of A Torque, Which Aims To Induce Rotation About Its Longitudinal Axis. The Generated Stress Is Random In Nature Statistical Approach Has Been Considered. This Study Presents Cooperate Reliability Of Shafts Subjected To Torsion, Focusing On Both Hollow And Solid Circular Shafts, Assuming That Shear Stress Follows Exponential And Normal Distributions And Reliability Has Been Computed And Compared By Changing The Parameters. Keywords: Reliability, Shear Stress, Normal Distribution, Exponential Distribution, Circular Solid Shaft, Hollow Circular Shaft. |
Published:25-9-2025 Issue:Vol. 25 No. 9 (2025) Page Nos:339-351 Section:Articles License:This work is licensed under a Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 International License. How to CiteM.TirumalaDevi,T.Rajajithendar,Sandhya Khammam,Md.YakoobPasha, A COMPARISON FOR THE RELIABILITY OF THE HOLLOW AND SOLID CIRCULAR SHAFT SUBJECTED TO TORSIONAL LOADING ANALYSING SHEAR STRESS BEHAVIOUR UNDER EXPONENTIAL AND NORMAL DISTRIBUTION , 2025, International Journal of Engineering Sciences and Advanced Technology, 25(9), Page 339-351, ISSN No: 2250-3676. |