Reliability Analysis of the Shaft Subjected to Torsion When Shear Stress Follows the Exponential Distribution

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Autores principales: Md. Yakoob Pasha, M. Tirumala Devi, T. Sumathi Uma Maheswari
Formato: Recurso digital
Publicado: Zenodo 2023
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author Md. Yakoob Pasha
M. Tirumala Devi
T. Sumathi Uma Maheswari
author_facet Md. Yakoob Pasha
M. Tirumala Devi
T. Sumathi Uma Maheswari
contents The term torsion describes how a straight part will twist when subjected to a turning moment or torque that has the tendency to cause a rotation about the longitudinal axis. In order to transmit energy by rotation, a turning force is always used in workshops and factories. This rotating force is applied to the pulley's rim, a point that is keyed to the shaft, or any other suitable location that is spaced from the shaft's axis. The reliability analysis of the shafts subjected to torsion and torque conveyed by a hollow or solid circular shaft when shear stress has an exponential distribution is presented in this work.
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publisher Zenodo
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spellingShingle Reliability Analysis of the Shaft Subjected to Torsion When Shear Stress Follows the Exponential Distribution
Md. Yakoob Pasha
M. Tirumala Devi
T. Sumathi Uma Maheswari
Reliability
shear stress
exponential distribution
circular solid shaft
hollow circular shaft
The term torsion describes how a straight part will twist when subjected to a turning moment or torque that has the tendency to cause a rotation about the longitudinal axis. In order to transmit energy by rotation, a turning force is always used in workshops and factories. This rotating force is applied to the pulley's rim, a point that is keyed to the shaft, or any other suitable location that is spaced from the shaft's axis. The reliability analysis of the shafts subjected to torsion and torque conveyed by a hollow or solid circular shaft when shear stress has an exponential distribution is presented in this work.
title Reliability Analysis of the Shaft Subjected to Torsion When Shear Stress Follows the Exponential Distribution
topic Reliability
shear stress
exponential distribution
circular solid shaft
hollow circular shaft
url https://doi.org/10.5281/zenodo.18289757