Introduction to Photomechanics |
Contents
INTRODUCTION | 5 |
OPTICS OF THE POLARISCOPE | 29 |
STRESSOPTIC | 52 |
Copyright | |
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analysis angle applied approximately axes axis beam birefringence boundary circular coating components compressive compressive stress constant curve cylinder determined developed difference direction disk displacement distance dynamic edge effect elasticity equation experimental expressed field Figure fillet frame fringe order fringe patterns fringe value function given gives grid hole illustrated impact increased indicates integration isochromatic isoclinic light load machined material maximum means measured mechanical method modulus normal notches obtained occurs optical photoelastic photographs plane plate polariscope polarizer position presented pressure principal stresses problem produced propagation properties ratio records region relative removed respectively retardation ring rotation rubber shear stress shown in Fig shows Slice solution specimen strain stress distribution subjected surface temperature tensile tests thermal thickness thread three-dimensional two-dimensional wave zero