Plastic Deformation, Principles and Theories

A₂ approximation assumed body boundary conditions center deflection circular diaphragm circumferential coefficients computed constant corresponding derived determined diaphragm displacement displacement vector dy dz e₂ elastic limit element experimental expression formulas function G. I. Taylor given Hencky Hooke's law inch integral intensity of deformation intensity of stress load medium steel membrane Mises Mohr diagram obtain paraboloid parameter plastic deformation plastic flow plastic zone pressure principal axes principal stresses problem quantities Radial Distance RADIAL STRAIN radius ratio rectangular plates represented Saint Venant shear strain shearing stress solution specimen strain distribution strain energy strain tensor strain-hardening stress and strain stress deviation stress-strain relations Taylor Model Basin tensile test tensor of similitude theory of elasticity theory of plastic theory of small thin circular plate torsion Underwater Explosion values velocity strain yield condition zero