Page 425 - Mechanics Analysis Composite Materials

410 Subject index

system of circumferential ribs 212 thermal strains 301, 307, 309-310, 317,
system of cracks parallel to fibers 168 356
thermal stresses 301, 307
table rolling 22-23 thermoelastic behavior of a unidirectional
tangent modulus 5, 7, 132, 138, 339 composite ply 307
tape orientation angle 384 thermoelastic deformation 317
tape overlap 352 thermoelasticity 301, 307
teflon 6 thennoelasticity constitutive equations
teflon fibers 6 311
temperature coefficients 312 thermo-mechanical diagram 18
temperature effects 301 thermoplastic carbon composite 31 1
temperature gradient 305 thermoplastic matrices 17-19, 183
temperature resistance 18 thermoplastic polymers 6, 121, 184
tensile interface stress 344 thermoset matrices 17
tensile load cycle 338 thermoset polymeric resins 6
tensile stiffnesses 151 thermostable structures 1 14
tensile strength 96-97, 100, 316 thick fiberglass rings 205
tensile strength of unidirectional thin-walled cylindrical drive shaft 294
composites 78 thin-walled tubular specimens 273
tensile test 153 three-dimensional constitutive
tension across the fibers 95 equations 217
tension along the fibers 95 three-dimensional stressed state of a
tension in two orthogonal directions 368 layer 124
tension of f45" angle-ply specimen 188 three-dimensionally woven or braided
tension of a cross-ply laminate 166 fabrics 215
tension of angle-ply specimens 204 three-dimensional weaving 215
tensor criterion 290, 293 three-point beam bending test 217
tensor strength criterion 290 time of relaxation 325
tensor-polynomial criterion 292 time-dependent behavior of polymeric
tensor-polynomial strength criteria 29I, composites 3I9
293 Timoshenko energy method 108
test fixtures for composite rings 101 titanium carbide fibers 7
testing of a microcomposite specimen 83 titanium matrix 20
tex-number 15 Toray T-1000 carbon fibers 12
textile denier-numbers (den) 15 total potential energy of the body 51
theorem of proportional loading 139 total shear strain 165
theoretical density 57 toughness 21
theoretical prediction of material tow 15-16, 55
stiffness 197 tow processability 15
theoretical strength 58, 60, 62 tow tex-number 57
theoretical strength of glass 62 translational displacement 226
theory of composite beams 217 transverse compression 113, 273
theory of elasticity 134 transverse compressive strength 96, 208
theory of plasticity 128, 145, 292 transverse conductivity 304
thermal coefficients of the layer 314 transverse CTE 304
thermal conductivity 301-302, 304 transverse deformability 181
thermal conductivity of the fiber 304 transverse extension failure mode I05
thermal expansion coefficients 308-309 transverse force 157
thermal resistance 306, 316 transverse impact loads 340