Developments in Composite Materials, Volume 2G. S. Holister |
Contents
Experimental Modelling of Composites | 39 |
Applications of Transmission Photoelasticity to Composite | 75 |
Applications of Photoelastic Coatings to Composites | 101 |
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Common terms and phrases
angle anisotropic Appl applications ASME behaviour birefringent coatings boundary characteristics circular co-ordinates coefficients Comp complex Composite Materials composite models cos² crack propagation crack-arrest curve DALLY determination developed displacements dynamic effect elastic elastic moduli Engng epoxy equations Experimental Mechanics finite element analysis finite element method fracture functions geometry HASHIN inclusions interface isochromatic fringe order isoclinic isoclinic parameter isotropic laminated composites linear load Mech model materials modulus moiré obtained optical orthotropic model particles phase photoelastic Phys plane plasticiser plasticizer Poisson's ratio polariscope Polym polymeric PRABHAKARAN principal directions principal strain principal stresses problems Proc properties pseudocaustics reinforced Rheol shear shear modulus shown in Fig singular Solids specimen spherical stiffness matrix strain-fringe value stress analysis stress concentration stress field stress intensity factor stress-fringe value stress-optic structure techniques temperature tensile THEOCARIS theory thickness three-dimensional Trans transmission photoelastic transverse unidirectional variation viscoelastic volume fraction waves