Abstract: The iterative method for determining strain distributions is applied to a uniformly stressed plate with a hole at the center. The method is not limited to incompressible materials; the load ...

Abstract: Equations are developed for the radial and tangential stresses in a cylinder that has been shrunk on a rigid shaft. The analysis is made for a material having elastic properties and behaving ...

Abstract: Creep rupture tests on tubular specimens of type 316 stainless steel were run at 1200 F and at pressures up to 24,000 psi. The specimens were tested under pure internal pressure and equal ...

Abstract: A new flow potential function or yield surface is presented. This function produces the hyperbolic sine law relating stress to minimum creep rate for creep tests in uniaxial tension.

Abstract: Tension tests on solid cylindrical specimens and internal pressure tests on one type of tubular specimen showed that a superimposed hydrostatic pressure increased the ductility. Internal pressure ...

Abstract: An elastic-plastic analysis of the stress and strain distribution in a solid or hollow shaft containing external or internal hyperbolic notches is presented. The solution can be applied for any ...