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SYMBOLS AND UNITS
PRINCIPLES AND ANALYTICAL METHODS
30 other sections not shown
Aeron applied load assumed axial bending stress buckling calculated column Comm compressive stress concentrated load cross section curvature curved beam cylinder deformation diameter distance Duralumin eccentricity edge effective width elastic limit equal equation fiber stress flange flexural formulas given horizontal inertia inner Jour length longitudinal material maximum shear stress maximum stress Mech method modulus of elasticity modulus of rupture neutral axis outer Photoelastic plane plate pressure proportional limit radial stress radius radius of gyration ratio rectangular required to determine rivets square inch statically indeterminate steel stiffeners strain energy Strength of Materials stress concentration stress due stress occurs stress produced structural supported surface Table temperature tensile stress tension tests thickness thin TIMOSHENKO torsional Trans tube twisting ultimate strength uniform load unit load unit stress Univ yield strength