http://www.loc.gov/mods/v3 http://www.loc.gov/standards/mods/v3/mods-3-2.xsd
1 online resource (ix, 356 pages) : illustrations
Historical outline -- Physical background -- The stress-strain curve -- Foundations of the Theory -- The ideal plastic body -- The criterion of yielding -- Strain-hardening -- The complete stress-strain relations -- The Levy-Mises and Reuss equations -- The Hencky stress-strain equations -- Other theories -- General Theorems -- The plastic potential -- Uniqueness of a stress distribution under given boundary conditions -- Extremum and variational principles -- The Solution of Plastic-Elastic Problems. I -- Theory of Hohenemser's experiment -- Combined torsion and tension of a thin-walled tube -- Combined torsion and tension of a cylindrical bar -- Compression under conditions of plane strain -- Bending under conditions of plane strain -- Bending of a prismatic beam -- Torsion of a prismatic bar -- Torsion of a bar of non-uniform section -- The Solution of Plastic-Eleastic Problems. II -- The expansion of a spherical shell -- The expansion of a cylindrical tube -- Theory of the autofrettage process -- Expansion of a cylindrical cavity in an infinite medium -- Plane Plastic Strain and the Theory of the Slipline Field -- Assumption of a plastic-rigid material -- The plane strain equations referred to Cartesian coordinates -- The plane strain equations referred to the slip-lines -- Geometry of the slip-line field -- The numerical calculation of slip-line fields -- The numerical calculation of the velocity distribution -- Analytic integration of the plane strain equations -- Discontinuities in the stress.