Torsion of an Elastic Finite Solid Cylinder with a Semicircular Groove : Influences of Boundary Conditions on the Stress Concentrations
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概要
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This paper deals with the stress concentration problem of a finite solid cylinder having a semicircular notch under torsion. The problems treated here are (i) torsion by a pair of rigid chucks attached to the circular cylindrical surfaces and (ii) torsion by surface forces acting on the end faces. Numerical results are compared with the results for an infinite cylinder, and influences of boundary conditions and the length of a finite cylinder on the stress concentration factors are investigated. The principle in the method of solution developed here is an application of Green's functions for torsional body force problems of an infinite thick plate. That is, the method of solution is to distribute torsional body forces in the interior of an infinite thick plate so as to satisfy boundary conditions of a region which is to become a finite solid cylinder having a notch.
- 一般社団法人日本機械学会の論文
著者
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Tokoyoda Satoshi
Graduate School Of Meiji University
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Hasegawa Hisao
Facullty Of Engineering Meiji University
関連論文
- Stress Concentration of a Finite Solid Cylinder with the Form of a Specimen Under Torsion
- Stress Concentration of an Elastic Strip with Circular Holes Under Tension : Stress Mitigations by Additional Holes : Solid-Mechanics, Strength of Materials
- Tension of a Circular Solid Cylinder with Two Semicircular Grooves : Interference Effects of Stress Concentrations due to Two Notches
- Stress Concentration of a Circular Solid Cylinder with Semicircular Notches Under Tension : (Stress Mitigations by Additional Notches)
- Torsion of a Conical-form Rigid Cylinder Embedded in an Infinite Elastic Thick Plate
- Tension of an Elastic Strip with Two Paris of Semicircular Notches : Interference Effects of Stress Concentrations
- On the Strain Function and Complex Stress Function in the Two Dimensional Theory of Elasticity
- Torsion of an Elastic Finite Solid Cylinder with a Semicircular Groove : Influences of Boundary Conditions on the Stress Concentrations
- Stress Functions for Electrodynamics in Consideration of Viscous Damping
- Green's Functions for Axisymmetric Body Force Problems of an Elastic Half Space and Their Application : An Elastic Half Space with a Hemispherical Pit
- On the Stress Concentration Problem of a Shaft with an Annular Groove of a Circular-arc Form under Tension