Table Of Content

SUBJECT INDEX Acid resistance, pp. 1002, 1013 Composites, pp. 50, 200, 243, 270, 414, Acoustic emission, p. 968 588, 848, 903, 926, 946, 968, 1093, Actuators, p. 1692 1111, 1129, 1156, 1371, 1425, 1492, Adaptive structures, p. 519 1711 Agglomeration, p. 1281 advanced, p. 144 Aging studies, p. 744 braided, p. 86 Analytical methods, p. 1220 carbon-carbon, p. 968 Anisotropy, p. 478 carbon/epoxy, p. 537 Attachment lap, p. 503 carbon-phenolic, p. 968 Banana fiber, p. 744 conductive, pp. 686, 1196 Barrier screws, p. 1270 elastomeric matrix, p. 488 Beams, pp. 537, 884 fiber reinforced, p. 392 Bending, pp. 73, 1536 glass-epoxy, p. 321 Biodegradability, p. 870 knitted fabric, p. 946 Blow molding, p. 1255 laminated, pp. 86, 353, 425 Boundary condition, pp. 1492 metal matrix, pp. 104, 392, 676 Braid materials, p. 550 model, pp. 33, 1550 Bridge supports, p. 588 natural fiber reinforced, p. 744 Brittle-ductile transition, p. 603 plane-weave, p. 1675 Buckling, pp. 332, 425 polyester, p. 744 Burst pressure, p. 1711 polymer, pp. 392, 946, 1066 Capillary flow effect, p. 566 short fiber, p. 714 Capillary pressure, p. 50 tapered laminated, p. 631 Carbon, p. 243 textile, pp. 86, 946, 968 Carbon black, p. 1196 textile fabric, p. 946 Carbon/epoxy, pp. 155, 550 thermoset, p. 870 Carbonization, p. 968 unidirectional fiber reinforced, p. 1550 Catalytic dissolution/liquefaction of woven, p. 86 wood, p. 870 Compression, pp. 425, 1536 CF/PEEK, pp. 131, 1330, 1632 Compression panels, p. 332 CFRP, p. 1181 Computation fluid dynamics, p. 661 CF/toughened epoxy, p. 131 Computational simulation, pp. 182, 1270 Columns, pp. 588, 1039 Concrete, pp. 588, 1039 Composite cylinders, p. 182 Conduction, p. 848 Composite inserts, p. 1642 Conductive films, p. 1196 Composite joints, p. 1642 Constitutive relation, p. 478 Composite materials, pp. 2, 144, 226, 686, Contact law, p. 155 1566 Coupling agent, p. 1383 Composite patch, p. 200 Crack density, p. 478 Composite ring specimen, p. 810 Crack distribution, p. 1220 Composite structure, pp. 182, 200, 1407, Crack growth, p. 1220 1711 Crack initiation, p. 1220 Composite T-joints, p. 503 Crack layer model, p. 1263 Composite tubes, p. 226 Crack propagation, pp. 537, 1352 Composite wraps, p. 1039 (continued) 1725 1726 Index Subject Index (continued) Extrusion dies, p. 661 Creep, p. 1352 Fabric architecture, p. 968 Crush energy. p. 243 Failure, pp. 332, 550, 926, 946, 1536, 1642 Cure cycle, p. 2 Failure criteria, pp. 698. 1550, 1642 Curing, pp. 2, 1129 Failure modes, pp. 33, 618, 926, 946, 1550 Current injection, p. 1303 Fatigue, pp. 768, 903, 1181, 1352 Damage, pp. 131, 182, 200, 478, 791. FEM, p. 946 1039, 1263. 1407, 1711 Fiber breakage, p. 1039 Damage resistance, p. 1093 Fiber bridging, p. 1632 Darcy’s law, p. 1575 Fiber coating, p. 104 Debonding, pp. 33, 676, 1039 Fiber fraction model, p. 372 Degradation, pp. 182, 200, 1002, 1013, Fiber glass, p. 1129 1407, 1711 Fiber kinking, p. 86 Delamination, pp. 425, 503, 631, 768, Fiber optic sensors, p. 144 1181, 1330, 1536, 1632 Fiber volume fraction, p. 86 Densification, p. 968 Fiber waviness, p. 1659 Design, pp. 588, 661, 1293, 1352, 1692 Fibers Diffusion coefficient, pp. 1002, 1013 carbon, p. 1039 Dimensional stability, pp. 270, 306 coated, p. 1550 Dispersive mixing, p. 1281 conductive, p. 686 Displacement, pp. 848, 1263, 1461 glass, pp. 946, 1002, 1013 Displacement spectra, p. 1492 graphite, p. 1407 Divergence, p. 519 multimode optical, p. 144 Ductilibility, p. 1352 unidirectional, p. 1575 Durability, pp. 182, 200, 1711 Fickian diffusion, 1002, 1013 Eccentrically stiffened, p. 884 Filament winding, pp. 372, 488, 1566, 1659 Edge flaw, p. 1536 Filament wound structure, p. 810 Effective flaws, p. 1220 Filament wound tubes, p. 1566 Effective moduli, p. 1566 Filler dispersion, p. 1281 E-glass fabric, p. 50 Filling bone defects, p. 306 Elastic constants, pp. 392, 714, 1371 Finger strain tensor, p. 1255 Elastic moduli, p. 290 Finite element analysis, pp. 182, 226, 353, Electron microscopy, p. 603 503, 519, 566, 661, 848, 884, 1255, Electrophotography, p. 1303 1363, 1407, 1425, 1461, 1642, 1692 Embedded cylinder models, p. 714 Five phase model, p. 104 Embedded sensors, p. 144 Flame resistant, p. 1111 Energy absorption, p. 243 Flexible foam, p. 618 Energy methods, p. 1220 Flexural mechanical properties, p. 870 Energy release rate, pp. Flywheels, p. 488 Environmental stability, p. 870 Foam material, p. 503 Epoxy. pp. 50, 1550 Fourier transform infrared, p. 1383 Epoxy matrix, pp. 946, 1407 Fractography, p. 618 Epoxy resins, pp. 1002, 1013, 1129 Fracture, pp. 182, 200, 321, 425, 503, 676, Equilibrium and compatibility, p. 478 1352, 1407, 1711 Ester bonds, p. 1383 interlaminar, pp. 537, 1632 Exponential decay, p. 1363 structural, p. 1711 Extensional viscosity, p. 1196 Fracture mechanics, p. 1263 Extensions, p. 1255 Fracture mode, p. 119 Extrusion, pp. 661, 1196, 1210, 1231, Fracture toughness, p. 537 1270, 128i Free-edge effects, p. 731 Index Free vibration, p. 1461 Layup sequence, pp. 1002, 1013 Frequency, p. 1492 Least square fit, p. 104 Friction, pp. 810, 1210 Liquifaction of wood, p. 870 Glass/epoxy, pp. 73, 372. 618, 1536 Loading rate effect, p. 537 Global/local analysis, pp. 353, 631 Local model, p. 731 Global model, p. 731 Low velocity impact, p. 791 Glue filler, p. 503 Manufacturing, pp. 270, 1293 Graphite/epoxy, pp. 425, 926 Material selection, pp. 1293, 1352 GRP, p. 503 Material test procedure, p. 1352 Heat dissipation, p. 686 Material variation, p. 1220 Heat flux, p. 1363 Matrix, pp. 1129, 1156, 1492 Heat shrinkable, p. 1111 Matrix cracking, p. 478 Heat transfer, p. 686 Matrix-filler bond strength, p. 321 Hybridization, p. 243 Matrix model, p. 372 IM7/8HS fabric, p. 50 Mean crush load, p. 226 Impact, pp. 131, 618, 768, 903, 1407, 1632 Mechanical properties, pp. 870, 1196 Impact damage, pp. 425, 1093 Melt tension, p. 1196 Impregnation, p. 217 Melting behavior of phenotic resins, Inclined inclusions, p. 167 p. 870 Indentation, p. 155 Melting rate, p. 1270 Indirect stress measurement, p. 372 Mesostructures, p. 1659 Ineffective length, p. 676 Microbuckling, p. 86 Injection molding, pp. 290, 566, 903, 1242, Microcracks, p. 1220 1293, 1352, 1383 Micromechanics, pp. 341, 676, 714, Injection speed, p. 1242 1156, 1550 In-situ testing, p. 144 Misalignment angle, p. 86 Instability, p. 332 Mode | fracture, p. 425 Intelligent materials, p. 144 Mode shape, p. 1492 Interface, pp. 119, 341, 676, 1129 Modulus measurement, p. 810 Interfacial adhesion, p. 341 Moisture absorption, p. 306 Interfacial friction, p. 341 Mold temperature, p. 1242 Interfacial processes, p. 1303 Molecular weight, p. 870 Interlaminar shear testing, p. 968 Multivariable regression, p. 104 Interleaves, p. 1066 NDI, p. 768 Intermeshing twin screw extruder, p. 1314 Nondestructive characterization, p. 968 Joints, pp. 698, 825 Nondestructive evaluation, pp. 144, 968 Kevlar, p. 243 Nonlinear thermal constitutive model, Kink angle, p. 86 p. 1168 Knitted fabrics, p. 946 Novolak resin, p. 870 Kriging, p. 926 n-phase composite body, p. 167 Laminate, pp. 200, 503, 1181, 1330, 1711 Numerical analysis/model, pp. 478, 503. composite, pp. 478, 1020, 1461 1196 multiaxial, p. 86 Numerical homogenization method, nonsymmetrically dropped, p. 631 p. 1675 Laminate properties, p. 1220 Off-axis, p. 1156 Large deflection analysis, p. 1138 Offset plies, p. 1632 Lateral pressure, p. 825 Patch, p. 200 Lateral stress ratio, p. 1231 Permeability, pp. 50, 1575 Layers, p. 1039 PET/PEN, p. 1363 Layup, pp. 478, 1330 (continued) 1728 Subject Index (continued) Rectilinear flow model, p. 1242 Phenolation of wood, p. 870 Resin behavior, p. 1314 Photoreceptors, p. 1303 Resin sleeves, p. 791 Piezoelectric materials, p. 1692 Resin transfer molding, pp. 50, 566 Plastic material, p. 1168 Resolved in-plane moduli, p. 478 Plastics, p. 1383 Resolved out-of-plane moduli, p. 478 carbon fiber reinforced, pp. 119, 768, Rotary inertia, p. 884 825 Sandwich, p. 503 fiber reinforced, p. 686 Sensitivity analysis, p. 104 glass fiber reinforced, p. 686 Shape control, p. 1692 Plates, p. 1461 Shape memory alloy, p. 791 composite, pp. 332, 791, 884 Shear, pp. 1039, 1156 cross-ply symmetrically laminated, Shear coupling, pp. 217, 1371 p. 791 Shear deformation, pp. 217, 884, 1371, laminated, pp. 884, 1461 1461 laminated composite, p. 155 Shear-lag, pp. 73, 1066, 1220 stiffened, pp. 884, 1492 Shear modulus, p. 217 stiffened laminated, p. 1138 Shells Ply drop, pp. 73, 631 composite, p. 848 Ply orientation, p. 155 laminated, p. 848 PMMA blend, p. 306 laminated thin, p. 182 Poisson’s ratio, pp. 17, 167, 1371 stiffened, p. 1492 Polycarbonate, p. 1196 thin, p. 1407 Polyesters, pp. 1002, 1013 Short-glass-fiber PET, p. 290 Polyethylene, p. 1111 Short-glass-fiber reinforced polycarbonate, Polymeric cement, p. 306 p. 903 Polymers, p. 1363 Shrinkage, p. 1129 conducting, p. 1303 Silane treatment, p. 744 crystalline, p. 1242 Silicone rubber, p. 1111 fiber reinforced, p. 503 Simulation, pp. 200, 1242 transport, p. 1303 Single-fiber pullout, p. 341 Polynomial, p. 435 Smart materials, p. 144 Polyolefins, p. 1111 Smart structures, p. 519 Polyurethane, p. 1371 Soft body impact damage, p. 1330 Porous media, p. 1575 Solids conveying, pp. 1210, 1231 Post-buckling, p. 332 Spatial intensity modulation, p. 144 PP/HDPE/SBS ternary blends, p. 603 Specific energy absorption, p. 226 Preforms, p. 50 Splaying mode, p. 226 Pressure vessels, p. 1711 Split disk test, p. 810 Probabilistic analysis, p. 270 Stacking, pp. 131, 1461 Process modeling, pp. 2, 372 Stiffened panel, pp. 182, 332 Process zone, p. 1263 Stiffness, pp. 478, 1352 Progressive crushing, p. 226 Stiffness degradation, p. 478 PTFE, p. 1168 Stiffness matrix, p. 1492 Pultrusion, p. 686 Stiffness partition, p. 478 PVC compound, 1314 Stochastic loading, p. 1492 PVC core, p. 503 Strain, pp. 731, 1129, 1130 Radial cracking, p. 33 Strain energy release rate, p. 537 Reaction zone, p. 104 Strength, pp. 503, 676, 825, 1129, 1352 Real-time characterization, p. 144 biaxial, p. 550 Index 1729 compression, p. 86 Thermal deformation, p. 270 compressive, p. 425 Thermal expansion, pp. 104, 270, 714 impact, pp. 603, 744 Thermal loads, p. 1220 interfacial, p. 1550 Thermal postbuckling, p. 1138 interfacial bond, p. 33 Thermo-micromechanical theory, interlaminar shear, pp. 1002, 1013 p. 392 shear, p. 1659 Thermoplastic elastomer, pp. 217, 1371 spall, p. 321 Three-dimensional flow, p. 661 tensile, p. 744 Three-dimensional modeling, p. 1242 Stress Three-dimensional stress analysis, biaxial, p. 926 p. 353 interfacial, p. 1550 Through-the-thickness reinforcement, interlaminar, pp. 2, 73, 631, 731 p. 425 normal, p. 1129 Tow collapse model, p. 86 pre-, p. 1129 Translaminar reinforcement, p. 425 recovery, p. 791 Transmission, p. 414 residual, pp. 2, 104, 372, 1129 Transmissivity, p. 1363 shear, pp. 1129, 1242 Transverse cracking, p. 1066 thermal, pp. 848, 1220 Transverse loads, p. 1425 transverse shear, p. 1461 Transverse shear, p. 731 Stress concentration, pp. 676, 1550 Ultrasonic, pp. 768, 968, 1181 Stress-induced crystallization, Unidirectional, pp. 33, 1129 p. 1242 Unit cell, p. 1575 Stress relaxation, p. 2 Urethane, p. 488 Stress spectra, p. 1492 Variational approach, p. 1066 Structural analysis, p. 182 Vibration analysis, pp. 884, 968, 1138 Structural degradation, pp. 182, 200 Viscoelasticity, p. 2 Sublaminate buckling, p. 425 Viscoplasticity, p. 306 Syndiotactic polystyrene, p. 1242 Waste wood utilization, p. 870 Tee-type joining, p. 1642 Water absorption, p. 744 Temperature, pp. 825, 848 Weibull distribution, p. 1220 Tensile behavior, p. 946 Wood dissolution, p. 870 Tensile properties, pp. 810, 946 Wood liquefaction, p. 870 Tension, p. 73 Wood modification, p. 1383 Tensor polynomial failure criterion, X-radiography, p. 1093 p. 435 X-ray photoelectron spectroscopy, Test methods, p. 270 p. 1383 Textile fabrics, p. 946 Yeh-Stratton criterion, p. 414 Thermal conductivity, p. 686 Young’s modulus, pp. 17, 167 AUTHOR INDEX Abernathy, E., p. 270 Anlas, G., p. 1566 Abkowitz, M. A., p. 1303 Ardig, E. S., p. 1566 Adachi, T., p. 131 Bakis, C. E., p. 488 Ahmad, J., p. 1156 Balatinecz, J. J., p. 1383 Altobelli, M., p. 519 Barboni, R., p. 1181 Amazouz, M., p. 686 (continued) 1730 Author Index (continued) Hansen, U., p. 1066 Barnes, D. A., p. 1536 Haque, A.. p. 968 Baron, D. T., p. 1263 Hinton,C . E., p. 1210 Beiter, K. A., p. 1293 Ho, K.-C., p. 903 Biggers, Jr., S. B., p. 353 Hoppel,C . P. R..p . 588 Birman, V., p. 791 Hourng, L.-W., p. 566 Bogetti, T. A., p. 588 Howie, I., p. 1039 Bower, M. V., p. 435 Hsiung, C,-M., p. 1242 Breton, F. A., p. 17 Hsu, C.-Y., p. 1692 Briotti, G., p. 768 Hughes, K. R., p. 1231 Cameron, J., p. 1129 Hunt, D., p. 1436 Campbell, G. A., p. 1436 Hwang, J.-R., p. 903 Cantwell, W. J., p. 1632 Hyun, K. S., pp. 1210, 1231 Cardinal, J. M., p. 1293 Igra, O., p. 321 Chamis, C. C., pp. 182, 200, 1407, Ishihara, M., p. 1314 1711 Ishii, K., p. 1293 Chandrashekhara, K., pp. 791, 884 Jeelani, S., p. 968 Chandu, S., p. 1156 Joo, Y. L., p. 1196 Chang, C.-Y., p. 566 Kamath, M. S., pp. 1002, 1013 Chao, C.-P., p. 392 Kang, B. S.-J., p. 104 Chaturvedi, S. K., p. 392 Karbhari. V. M., pp. 243, 1039 Chiu, D. S., p. 603 Karmakar, A., p. 1461 Cho, W.-M., p. 810 Kavadias, C., p. 306 Choy, C. L., p. 290 Kazayawoko, M., p. 1383 Chudnovsky, A., p. 1263 Kim, C.-G., p. 810 Cuong, N. K., p. 946 Kim, R. Y., pp. 33, 1550 Dadzie, P.-E., p. 968 Kim, Y. K., p. 2 Das, C. K., p. 1111 Kim, Y. R., p. 104 Debbaut, B., p. 1255 Kishore, p. 618 Deguchi, Y., p. 1314 Knauss, W. G., p. 17 Doong, J.-L., p. 903 Koedam, D. H., p. 435 Dutton, R. E., p. 33 Kolli, M., p. 884 Dykstra, D. R., p. 1425 Kontou, E., p. 306 Echaabi, J., p. 926 Kwok, K. W., p. 290 El-Sherif, M. A., p. 144 Lagace, P. A., p. 1093 Emehel, T. C., p. 86 Lash, A A., p. 321 Flecke, J., p. 1281 Latour, R. A., Jr., p. 353 Gabrys, C. W., p. 488 Lau, F. P., p. 290 Gasbarri, P., p. 519 Law, S., p. 1383 Gaul, L., p. 1692 Lee, D.-M., p. 1138 Gauvin, R., p. 686 Lee, I., p. 1138 Gediz, A., p. 1566 Lee, S. M., p. 1609 Gifford, W. A., p. 661 Lee, W. I., p. 1575 Gillespie, J. W., Jr., pp. 588, 1066 Leipold, E., p. 1436 Goswami, S., p. 1492 Li, J.,p. 1325 Gotsis, P. K., pp. 182, 1407, 1711 Liang, N.-G., p. 1523 Habib, S. S., p. 332 Ligon, J. B., p. 1425 Hamada, H., pp. 119, 226, 946 Lin, C.-C., p. 1692 Hammond, V. H., p. 50 Liou, W. J., p. 155 Hampe, A., p. 341 Liu, H.-Q., p. 1523 Index Liu, X., p. 1020 Scarponi, C., pp. 768, 825 Liu, Z.-H., p. 1523 Sharma, R., p. 167 LoCurcio, A. P., p. 243 Sharma, S. K., p. 425 Loos, A. C., p. 50 Sheng, Q., p. 1242 Lyons, D. W., p. 104 Shiraishi, N., p. 870 Lyu, M.-Y., p. 1445 Shivakumar, K. N., p. 86 Macander, A. B., p. 1536 Shonaike, G. O., pp. 217, 1371 MacGregor, A., p. 1270 Sinha, P. K., pp. 848, 1461 Maekawa, Z.-I., p. 119 Siu, G. G., p. 603 Mahadevan, S., p. 1020 Smith, L. V., p. 550 Mahfuz, H., p. 968 Spalding, M. A., pp. 1210, 1231, 1622 Maldas, D., p. 870 Spathis, G., p. 306 Marini, G., p. 825 Srinivasan, S., p. 353 Marotzke, C., p. 341 Stavroulakis, G. E., p. 1675 Matsumoto, H., p. 131 Stecenko, T., p. 1659 Matsuo, T., pp. 217, 1371 Steven, G. P., 1642 McCullough, T. W., p. 1622 Subramanian, S., p. 676 McManus, H. L., pp. 270, 1220 Sugaya, T., p. 1314 Michii, Y., p. 1220 Swanson, S. R., p. 1550 Minnetyan, L., pp. 182, 200, 1407, 1711 Tandon, G. P., pp. 33, 1550 Mirviss, R., p. 1168 Tateishi, Y., p. 131 Miskioglu, I., p. 1425 Theocaris, P. S., p. 1675 Montanari, P., p. 825 Theotokoglou, E. E., p. 503 Morita, H., pp. 131, 1330 Thomas, S., p. 744 Motahhari, S., p. 1129 Thrasher, M. A., p. 1363 Motoda, T., p. 1314 Tong, L., pp. 698, 1642 Mukherjee, A., p. 631 Trantina, G. G., p. 1352 Nahas, M. N., p. 332 Trochu, F., p. 926 Neelakatan, N. R., p. 744 Tsang, P. H. W., p. 1330 Newaz, G. M., p. 1156 Tsotsis, T. K., p. 1609 Olofsson, K. S., p. 372 Um, M. K.., p. 1575 Oya, N., p. 119 Upadhyay, P. C., p. 104 Pai, R., pp. 1002, 1013 Vaidya, U. K., p. 968 Parihar, K. S., p. 167 Varughese, B., p. 631 Patra, P. K., p. 1111 Venkatraman, S.. p. 618 Piggott, M. R., p. 1659 Vizzini, A. J., pp. 73, 1536 Potente, H., p. 1281 Vlachopoulos, J., p. 1270 Pothan, L. A., p. 744 Vicek, J., p. 1270 Qingzhi, H., p. 478 Wang. C., p. 1436 Radhakrishnan, J., p. 144 Wardle, B. L.. p. 1093 Ramakrishna, S., pp. 226, 946 White, J. L., p. 1445 Rao, D. M., p. 848 White, S. R., p. 2 Rao, R. M. V.G. K., pp. 1002, 1013 Whitney, J. M., pp. 714, 731 Raouf, R. A., p. 1591 Woodhams, R. T., p. 1383 Rauwendaal, C., p. 1599 Wu, C.-J., p. 566 Rispler, A. R., p. 1642 Xiao, Q.. p. 1020 Rossi, A., p. 519 Xingguo, W., p. 478 Sain, S., p. 791 Yamashita, K., p. 119 Sankar, B. V., p. 425 Yang, S.C., p. 414 Santini, P., p. 519 (continued) 1732 Index Author Index (continued) Yeh, H.-Y., pp. 414, 1168 Zaretsky, E., Yoon, S.-H., p. 810 Zhang, Z., p You, H., p. 537 Zhengneng, L., p. 478 Yu, H., p. 478 Zhuk, A. Z., p. 321