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| Jones R.M. — Mechanics of composite materials |
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| Ïðåäìåòíûé óêàçàòåëü |
Adams, D.F. 146 152 156 254 362
Adelman, H.M. 117
Almroth, B.O. 284 506
Alva, F. 48
Ambartsumyan, S.A. 91 350 355 361
Analysis 372—373 376
Analysis in design 381
Angle-piy laminate 216—217
Angle-piy laminate, antisymmetric 216—217 222 233 298—301 312—315 320—322
Angle-piy laminate, bending 291—295 298—301
Angle-piy laminate, buckling 306—307 312—315 328
Angle-piy laminate, interlaminar stresses 260—275
Angle-piy laminate, stiffnesses 232—237
Angle-piy laminate, strength 255—258
Angle-piy laminate, symmetric 212—213 233 291—295 306—307 317—318
Angle-piy laminate, vibration 317—318 320—322
Anisotropic lamina 77—79
Anisotropic material see also “Anisotropy”
Anisotropic material, anisotropic behavior 14 80
Anisotropic material, definition of 12
Anisotropic material, engineering constants 78—79
Anisotropic material, invariant properties of 85—87
Anisotropic material, plane stress state 70
Anisotropic material, strain-stress relations 60 79
Anisotropic material, stress-strain relations 56 79
Anisotropy 336—337 343 454—456
Antisymmetric laminate 214—222
Antisymmetric laminate, angle-ply 216—217 222 233 298—301 312—315 320—322
Antisymmetric laminate, bending 295—301
Antisymmetric laminate, buckling 307—315
Antisymmetric laminate, cross-ply 215—216 226 295—298 307—312 318—320
Antisymmetric laminate, vibration 318—322
Applications of composite materials, automotive 50—52
Applications of composite materials, civil aircraft 47—50
Applications of composite materials, commercial 52
Applications of composite materials, military aircraft 38—46
Applications of composite materials, space 50
Ashton, J.E. 199 289 292—295 306—307 328—329 350 355 360 364 435 454 456 485 489—494
Asymmetric laminate see “Unsymmetric laminate”
Axiai strength 88 91 93 101
Axial stiffness 91—95 101 127—128 149
Baker, D.J. 272
Batdorf shell curve parameter 361
Beam boundary conditions 496—498
Beam equilibrium equations 495—498
Beer, R. 350
Bend-twist coupling 198—199 211—215 233 235 278—279 290—295 306—307 317—318 323 327—328 439 454—455
Bending of laminated plates 277—278 282—285 289—301 323 360
Bending of laminated plates, antisymmetric angle-piy laminates 298—301
Bending of laminated plates, antisymmetric cross-ply laminates 295—298
Bending of laminated plates, boundary conditions 283—285
Bending of laminated plates, cylindrical bending 346—350
Bending of laminated plates, equilibrium equations 282—285
Bending of laminated plates, solution techniques 288—289
Bending of laminated plates, specially orthotropic laminates 290—291
Bending of laminated plates, symmetric angle-ply laminates 291—295
Bending of laminated plates, unsymmetric cross-ply laminates 324—325
Bending-extension coupling 7 198—199 206 214—222 227—228 277—279 290 295—301 307—315 317—327 355 361 408 439 454 456—457
Benign failure 382
Berg, K.R. 419
bernoulli 374 399
Bert, C.W. 91
Betti’s law 66
Biaxial strength criteria, for a lamina 102—118
Biaxial strength criteria, Hoffman failure criterion 105 112—114 422
Biaxial strength criteria, maximum strain failure criterion 105 107—109
Biaxial strength criteria, maximum stress failure criterion 105 106—107
Biaxial strength criteria, Tsai — Hill failure criterion 105 109—112 115—116 241 246 249—250 256—258
Biaxial strength criteria, Tsai — Wu tensor failure criterion 105 114—118
Bifurcation 302
Bimetallic strip 6—7 202
Bimetals 6—7
Boeing 777 849
Boeing AV-8B Harrier 44—45
Boeing F-18 43—44
Boron fibers 4
Boron-aluminum 392 458
Boron-epoxy 17 19 21—22 30 67 69 81—82 91 100—101 113—118 147 152—155 182 221 298 304 306 311—312 316 334 336—337 359 380 392 421 457 485 489—491
Boundary conditions, beam 496—498
Boundary conditions, plate 283—285 287—288 501—503
Boundary layer effect 267
Broutman, L.J. 363
Browning, C.E. 246 360
Brozovic, G. 48
Brush, D.O. 506
Buckiing of laminated plates 277—278 285—288 301—315 323—329
Buckiing of laminated plates, antisymmetric angle-ply laminates 312—315
Buckiing of laminated plates, antisymmetric cross-ply laminates 307—312
Buckiing of laminated plates, boundary conditions 287—288
Buckiing of laminated plates, governing equations 285—288
Buckiing of laminated plates, initial imperfections 303
Buckiing of laminated plates, solution techniques 288—289
Buckiing of laminated plates, specially orthotropic laminates 303—305
Buckiing of laminated plates, symmetric angle-ply laminates 306—307
Buckiing of laminated plates, unsymmetric cross-ply laminates 326—327
Buckling 277 285—288 301—315 323 357 360—361 374 381—382 398 427
bulk modulus 67
Carbon fibers 4
Carbon matrix materials 23 392
Carbon-carbon 362
Card, M.F. 221 406 408
Carll, B. 48
Catastrophic failure 382
Ceramic matrix materials 23 392
Chamis, C.C. 120 137 147 158 306 345
Chen, E.P. 345
Cheng, S. 361
Chentsov coefficients 80 84
Cheron, T. 363—364
Chou, P.C. 89 362
Chou, T.W. 245—246
Clad metals 7
Classical lamination theory 190—203 260—264 267 271—272 274 337 346—348 350—352 354 356
Classical lamination theory, bending-extension coupling 198—199
Classical lamination theory, cylindrical bending 346—350
Classical lamination theory, laminate forces and moments 195—199
Classical lamination theory, middle-surface curvatures 194
Classical lamination theory, middle-surface strains 194
Classical lamination theory, strain and stress variation 191—195
Cocuring 25
Coefficients of moisture diffusion 245
Coefficients of moisture expansion 245
Coefficients of mutual influence 79 84
Coefficients of thermal expansion 242 245
Cole, B.W. 113—114 116—117
Compliance matrix see “Compliances”
Compliances, elastic constants 58
Compliances, for anisotropic material 79
Compliances, for orthotropic material 64—66
Compliances, in stress-strain relations 58 118
Compliances, mnemonic notation 58
Compliances, relation to stiffnesses for orthotropic materials 66
Compliances, restrictions on 68
Compliances, symmetry of 58
Composite materials, advantages of 2
Composite materials, characteristics of 2—11
Composite materials, classification of 2—11
Composite materials, definition of 2
Composite materials, history of 2
Composite materials, manufacturing of 18—26
Composite materials, mechanical behavior of 11—14
Composite materials, tailoring of 12 18
Composite structures cost 368—369 375 412 425
Composite structures weight 375 377 425 427
Concentric cylinder model 144 147
Concentric spheres model 143
Configuration selection 369 376 400—417
Constitutive relations see “Strain-stress relations” “Stress-strain
Contiguity 147—151
Contiguity factor 149—151 160—163
| Contiguity factor, degree of 147
Contracted notation 56 475
Contracted notation, strains 56 475
Contracted notation, stresses 56 115 475
Corten, H.T. 120 345 363
Cost 31—36 47—48 411 424 463—464 “Life-cycle
Coupling 7 211 215
Coupling, bend-twist 198—199 211—215 233 235 278—279 290—295 306—307 317—318 323 327—328 439 454—455
Coupling, bending-extension 7 198—199 206 214—222 227—228 277—279 290 295—301 307—315 317—327 355 361 408 439 454 456—457
Coupling, shear-extension 14 59 77 81 91 97 205 211—213 230 235—237 258 269 273 277—278 291 306 317 348 439 454—455
Coupling, shear-shear 80
Coupling, stiffnesses 198 277
Coupling, thermal 252—253 258
Crack propagation 334 339—345
Cracks 333—334 339—345 359
Cramer’s Rule 472
Crocker, J.F. 47
Cross-beam test 99—100
Cross-ply laminate 188 206 210 213 215—216 224—232 354
Cross-ply laminate, antisymmetric 215—216 226 295—298 307—312 318—320
Cross-ply laminate, bending 290—291 295—298 324—326
Cross-ply laminate, buckling 303—305 307—312 326—327
Cross-ply laminate, interlaminar stresses 271 273
Cross-ply laminate, stiffnesses 224—232
Cross-ply laminate, strength 246—255
Cross-ply laminate, symmetric 210—211 225 354
Cross-ply laminate, unsymmetric 323—327
Cross-ply laminate, vibration 315—320 327—328
Cross-ply ratio 224
Cruse, T.A. 345
Curing 23—26
Cylindrical bending 346—350
Damage, fatigue 333—336
Damage, growth 333—336
Damage, mechanics 333
Daniel, I.M. 269—270
Davies, G.J. 165 167
Davis, J.G. 364
de Malherbe, M.C. 152 156
Debonding 261 (see also “Delamination”)
Deflection 382
Deflection of plates see “Bending of laminated plates”
delamination 260 271—272 333
Delamination-suppression, concepts 274—275
Design 373 431
Design drivers 372 378 382 385—386 390 463
design elements 376—380
Design failure criteria 370 422—425
Design load definitions 424—425
Design load definitions, design load limit 424
Design load definitions, design ultimate load 424
Design load definitions, ultimate load 424
Design modification see “Design reconfiguration”
Design objectives 372 385 448
Design parameters see “Design variables”
Design philosophy 371 374
Design requirements 370 373 380—381 384 389 422—425 427
Design space 377
Design variables 370—371 373 377—378 383 426
Design, buckling-critical 399
Design, constraints 434
Design, cost-effective 398
Design, isotropic plate 431
Design, laminate 431—440 446—453 461—462
Design, least-weight 398
Design, merit function 434
Design, simplified design space 439
Design, stiffness-critical 399
Design, strength-critical 399
Design, testing during 388 389
Design-analysis 386
Design-analysis iterations 384—385
Design-analysis philosophy 453—463
Design-analysis stages 386—389
Design-analysis, final 387—389
Design-analysis, intermediate 387—388
Design-analysis, iterations 384—385
Design-analysis, philosophy 453—463
Design-analysis, preliminary 387—388
Design-analysis, stages 386—389
Detailed design 388
Deterministic 373—374 381 432 434
Dickerson, E.O. 69
Dietz, A.G.H. 3
Diffusion coefficient 245
DiMartino, B. 69
Dispersion-stiffened composite material 135 137—143 158—159
Doner, D.R. 152 156 254
Dong, S.B. 191 361
Dow, N.F. 169—172 177 181—182
Duke, J.C. 333
Eccentrically stiffened plates and shells 221 (see also “Coupling”)
Eisenmann, J.R. 335 345
Ekvall, J.C. 47 135
Elastic constants see also “Compliances” “Engineering “Stiffnesses”
Elastic constants, definition 118
Elastic constants, restrictions on 67
Elasticity 264—268 340—341 343 346—348 350 353—354
Elasticity approach to micromechanics 122 126 137—163
Elasticity approach to micromechanics, bounding techniques 137—144
Elasticity approach to micromechanics, contiguity 147—151
Elasticity approach to micromechanics, discrete element approaches 125 137 145
Elasticity approach to micromechanics, exact solutions 137 145—147
Elasticity approach to micromechanics, Halpin — Tsai equations 151—158
Elasticity approach to micromechanics, microstructure theories 137 158
Elasticity approach to micromechanics, self-consistent models 137 147
Elasticity approach to micromechanics, statistical approaches 137
Elasticity approach to micromechanics, variational techniques 137
Electrical conductivity 359
Energy 424
Engineering constants 63—64 118 191
Engineering constants, apparent for orthotropic lamina 80
Engineering constants, restrictions on 67
Environmental effects 359—361
epoxy 5 393—394
Eudaily, R.R. 47—48
Euler 374 399
Ewing, M.S. 329
Expansional strains 242—246 360
Extrema of material properties 81—85 118
Factor of safety 382—383 448
Failure 370
Failure analysis 382—383
Failure criteria 370
Failure criteria, for a lamina 102—118
Failure criteria, for a laminate 237—260
Failure criteria, Hoffman criterion 105 112—114 422
Failure criteria, maximum strain criterion 105 107—109 112 435 453
Failure criteria, maximum stress criterion 105—107 112
Failure criteria, Tsai — Hill criterion 105 109—112 115—116 241 246 249—250 256—258
Failure criteria, Tsai — Wu criterion 105 114—118
Failure envelopes 102—105
Failure, benign 382
Failure, catastrophic 382
failure, modes 381
Fatigue 2 7 272 333—336 339 370 398 440
Fatigue life 390
Fatigue strength 272 333—336 339
Fern, P. 363
Fiber buckling 171—183
Fiber buckling, extensional mode 171—178 180—183
Fiber buckling, shear mode 171—174 179—183
Fiber buckling, transverse mode 171—178 180—183
Fiber misalignment factor 149 160
Fiber selection factors 391
Fiber-matrix interface 339 360
Fiber-reinforced laminated composite materials, advantages of 11
Fiber-reinforced laminated composite materials, applications of 37—52
Fiber-reinforced laminated composite materials, constituents of 15—18
Fiber-reinforced laminated composite materials, curing of 23—26
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