Page 409 - Fiber Fracture
P. 409

SUBJECT INDEX                                                        39 1

                  339,346,347                      High temperature,  12, 14, 15, 17, 47, 77,78,
             Filament break,  254, 256, 259-26  1       83, 85-87,92,93,  96, 99, 102, 104,
             Finite element analysis, 42, 49, 53, 246, 248,   114, 115, 117, 120, 122, 144,221,
                  249,251,252,260,261                   231,233,345,361,364,367,371,374
             Flaw,  5, 12, 18, 19, 21,22,24, 30,38,40,   High tenacity fibre, 267, 331, 341
                  47, 59, 62,63,66, 94,96, 112-114,
                  116, 117, 120, 122, 129-134,     Inclusion,  10, 12-14,  22,40,42,99, 103,
                  137-139,  141, 142, 144, 147,         131, 139-141,  150, 186, 196, 197,
                  149-151,  175,245,272,278,310,        237,242,245,247,248,249-254,
                  312,318                               260.
             Fractography, 5, 29, 39, 139, 141     Inert strength,  (see strength)
             Fracture                              Interface,  29, 37,42, 48, 31 1, 370.
               brittle, 29, 34, 39,40,42,46,49, 59,65,   Intrinsic strength,  (see strength)
                  201, 216, 276, 296, 301, 332, 345,   Iron (Fe),  30, 36, 101, 200, 201,203, 213,
                  367,373                               214
               change,  121
               cleavage,  19, 35, 112, 121, 200    Keratin,  37, 52, 53, 305-307,  31 1, 312, 337.
               ductile, 37, 3942, 227, 345         Kink bands,  7, 8, 12, 13, 67, 177,277, 281,
               fibrillar, 6, 8, 45, 64                  285,351,352
               granular, 63, 87,223,336
               kinetic theory,  32,46, 290         Laser heated floated zone (LHFZ),  109
               modes,  43, 47, 59f, 218, 219, 233   Linear Elastic Fracture Mechanics (LEFM),
               morphology,  24,78,80-83,87,  104,272    29,37-39,47,  185
               shear,  177, 178,231-233
               toughness,  18, 24, 29, 38,48, 114, 120,   Melt spinning, 76, 161, 169, 171
                  135,312                          Melt-spun synthetic,  59,341, 344, 346
             Fullerene,  33, 359                   Mesophase pitch,  8-10,  13, 159, 165, 166,
                                                        169, 171, 175, 177
             Garnet,  103, 109, 122                Mesophase pitch fibre,  158, 159
             Glass fibre                           Metallic fibre
               basic concepts,  17f, 131f, 228f      basic concepts,  5, 13f, 36, 39, 185f, 243f
               E-glass,  19, 22, 37, 129-131,  133, 137,   fabrication,  1 85f, 244f
                  139,140, 143, 145-147,  149        fracture modes,  190
               extrinsic strength,  133, 137f        intrinsic strength,  200f
               intrinsic strength,  132, 143f      Metallic glasses, 228-235
               S-glass, 37, 145                      fatigue, 235, 237
               silica, 37, 129, 134, 144, 146, 149   fracture, 228, 230, 232
             Gold wire (see wire)                  Microbuckling, 6, 7,  178.
             Graphite,  9, 34, 46,47, 158, 159, 162, 171,   Micro-wires,  185, 186, 188, 203, 204, 212,
                  186,359,361,371                       215,219,221
             Gurson model,  41                     Mirror radius,  19
                                                   Molecular dynamics, 29, 34, 37, 134,360,
             Hierarchical structures, 29,51, 53, 305, 308,   361,366,374
                  310,313,316                      Molecular weight, 43,45,46, 76,77,  162,
             High modulus fibre,  12, 13,45,65, 159,    165-169,267,268,270,279,289,
                  267,268,273                           293,294,296,298-302,306,309
             High-modulus polyethylene (HMPE), 268,   Monte-Carlo, 46, 291, 292, 301
                  273,275                          Mullite,  13, 19, 92,93, 101-104.
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