Advanced Mechanics of Materials |
Contents
Preface V | 5 |
Stress at a Point | 11 |
Principal Planes and Principal Stresses in Three Dimensions | 22 |
Copyright | |
30 other sections not shown
Common terms and phrases
angle applied axes axial axis beam bending boundary conditions circle compression consider constant coordinates corresponding cosē cross-section curvature curve curvilinear coordinates cycloid cylinder deformation deviatoric diameter direction cosines displacements e₁ elastic element equilibrium equations Examples to Chapter extrusion friction given gives hodograph length load material maximum MN/mē normal notch p₁ p₂ parallel physical plane plane strain plane stress pressure principal stresses problem radial radius ratio resultant roll rotation shear strain shear stress shown in Fig slip-line field solution strain energy strain increment stress components stress concentration stress function stress plane stress-strain strip surface tensile tensile stress tension tensor theory thickness tonf/inē torsion vector work-hardening yield criterion yield stress zero Δα δε δυ δφ δχ θα ди дх ду



