Handbook of Engineering MechanicsWilhelm Flügge |
Contents
Numerical Integration by J B Scarborough | 12-1 |
Relaxation Method by D N de G Allen | 13-1 |
Numerical Solution of Hyperbolic Equations by G G OBrien | 14-1 |
Copyright | |
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Common terms and phrases
analysis applied approximation arbitrary assumed axes axial axis beam bending bending moment body boundary conditions buckling circular coefficients column components compression const constant coordinate system corresponding cos² Cosh cross section curvature curve cylinder defined deflection deformation denote derivatives determined differential equation displacement distribution edge eigenvalue elastic element equilibrium example finite formulas Fourier series function given Hooke's law inertia integral equation Laplace transform linear load Mechanics method moment of inertia moments motion normal obtained partial differential equation plane plane strain plastic plate problem rectangular relations resultant Ritz method rotation satisfy shear stress shell shown in Fig simply supported sin² Sinh solution statically statically determinate strain stress-strain structure surface symmetric tensor theorem theory tion torsion transformation truss values variables vector velocity viscoelastic yield zero ΕΙ