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TWO The Behavior of Bodies under Stress
THREE Principles and Analytical Methods
42 other sections not shown
Aeron analysis Appl applied ASME axial bending stress buckling calculated centroid circular plates coefficients column compressive stress concentrated load cross section curved beam cylinder deflection deformation determine edge effect elastic limit equations fiber stress fixed flange flexure formulas given horizontal I-beam in-lb inch inertia left end length longitudinal material maximum bending maximum stress Mech modulus of elasticity neutral axis o o o odd I I outer photoelastic plane plastic Poisson's ratio pressure Proc radial radius ratio Rectangular Plates ring rivets shear stress shells simply supported Sinh slope Solution span static statically indeterminate steel strain strain energy strength Strength of Materials stress concentration stresses due structural surface Table tabulated tensile stress tension thickness torsion transverse uniform load uniformly values vertical width