Mechanics of Materials
This book emphasizes fundamental concepts and how to apply them to engineering situations and, at the same time, develops readers' analytical and problem-solving skills. It aims to make difficult ideas accessible to readers. Both USCS and SI units are used throughout. Material on fatigue and stress concentrations has been added. The section on dynamic loading now includes the effects of energy losses.
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allowable stress aluminum angle of rotation angle of twist assume axial force bending moment bolt cable Calculate the maximum cantilever beam centroid circular bar compressive stress concentrated load cross-sectional area curvature deflection curve diameter dimensions direction displacement distance elongation equal equation equilibrium Example face factor of safety figure flange formula free end height h Hooke's law horizontal length linearly elastic longitudinal material maximum shear stress maximum stress modulus of elasticity Mohr's circle moment of inertia neutral axis normal stresses obtain plane stress plastic positive principal stresses prismatic bar Prob ratio rectangular cross section respectively shaft shear center shear force shear strain shear stresses acting shown in Fig simple beam statically indeterminate steel strain energy stress concentrations stress element stress-strain diagram structure Substituting tensile stress tension thickness torque torsion tube uniform load vertical weight width wires yield stress zero