Elastic-Plastic Analysis of Open-End, Transversely-Isotropic Tubes Under Internal Pressure. Part III: Strain Solution by Deformation Theory

Elastic-Plastic Analysis of Open-End, Transversely-Isotropic Tubes Under Internal Pressure. Part III: Strain Solution by Deformation Theory

The report contains an elastic-plastic analysis of a circular, open-end, unrestricted tube subjected to internal pressure of sufficient magnitude to cause plastic deformation. The axial stress is assumed to vanish identically throughout the tube. The material is homogeneous but transversely isotropi...

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Bibliographische Detailangaben
1. Verfasser: Chen,Peter C. T
Format: Report
Sprache:eng
Schlagworte:
CYLINDRICAL BODIES
DEFORMATION
ELASTIC PROPERTIES
ELASTOPLASTICITY
ISOTROPISM
MATHEMATICAL ANALYSIS
Mechanics
PIPES
PLASTIC DEFORMATION
PLASTIC PROPERTIES
STRAIN(MECHANICS)
STRESSES
THICK WALLED TUBES
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Zusammenfassung:The report contains an elastic-plastic analysis of a circular, open-end, unrestricted tube subjected to internal pressure of sufficient magnitude to cause plastic deformation. The axial stress is assumed to vanish identically throughout the tube. The material is homogeneous but transversely isotropic about the radius vector in both elastic and plastic regions. In the plastic portion, Hill's orthotropic yield criterion and the associated deformation theory is used. Expressions for strain components are obtained and the results are shown graphically. (Author) See also Part 2, AD-717 299.