Elementary Theory of Structural Strength |
Contents
Introduction | 1 |
Foundations of the Subject | 11 |
Tension and Compression | 41 |
Copyright | |
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Common terms and phrases
10º psi angle assumed axes axial beam of Fig beam section bending bending moment biaxial Chapter column compression counterclockwise cross section cross-sectional area deformation derive Determine diameter ductility elastic curve elasticity modulus energy equation equilibrium force system free-body diagram ft-lb hence Hooke's law Illustrative Example length linear strain load magnitude material maximum deflection maximum shear stress maximum shear-stress theory minimax modulus Mohr's circle neutral axis normal stress obtain omax P₁ plane strain plane stress plastic plate preceding principal planes principal strains principal stresses Prob proportional limit reactions rectangular redundant redundantly supported rivet shaft shear force shear strain shown in Fig sketch slenderness Solve statically statically indeterminate steel tensile stress tension tion Tmax transmitted transverse planes twisting values yield zero ΕΙ θ₂ θα σα σε ση σι σρ στ συ σχ