Resistance of materials, [electronic resource] by Fred B. Seely ...

Part I. Elementary topics -- Stress and strain -- Thin-walled cylinders and spheres. Riveted and welded joints -- Stress and strain caused by torsional loads -- Transverse loads. Stresses in beams -- Deflection of beams (Double integration method) -- Statically indeterminate beams (Double integration method) -- Combined axial and bending lads. Eccentric loads -- Compression members. Columns -- Relation between stresses at a point on different planes passing thrtough the point. Theories of failure -- Repeated loads. Fatigue of metals -- Impact and energy loads -- Part II. Special topics -- Deflection of statically determinate beams. (Moment-area method) -- Statically indeterminate beams (Moment-area method) -- Limitation of the flexure formula for sections having only one axis of symmetry -- Unsymmetrical bending -- Curved flexural members -- Flat planes -- Thick-walled cylinders -- Torsional resistance of bars having non-circular cross-sections -- Composite beams. Reinforced concrete beams -- Appendix I. Properties of an area -- Appendix II. Tables of properties of materials -- Appendix III. Properties of rolled steel sections.