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Авторизация |
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Поиск по указателям |
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van der Giesen E. (Editor), Wu T.Y. (Editor) — Solid Mechanics, Volume 36 |
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Предметный указатель |
Rayleigh — Ritz analyses 150
Reed, R. C. 82 161
Renault, A. 44 46 74
Reynaud, P. 208 252
Rhee 71 79
Rheological model 112
Rhines, F. N. 122 162
Ribarsky, M. V. 9 76
Rice, J. R. 13 16 20 23 24 66 74 77 78 106 137 138 160 241 248
Ritter, A. 237 251
Roberts, S. G. 23 26 75 77
Robertson, I. M. 40 66 74 76 77
Robertson, J. L. 55 77
Rocksalt crystals 39
Rodel. J. 247 251
Rodney, D. 60 78
Rose, J. H. 20 24 77
Rosen, B. W. 172 218 232 252 253
Rosenkrantz. M. 6 73
Rouby, D. 208 252
Ruhle. M. 204 248
Runyan, J. L. 247 251
Samuels, J. 23 26 75 77
Sastry, A. 214 220 221 243 252
Saxena, S. K. 40 77
Sbaizero. O. 204 248 252
Scattergood, R. O. 14 73
Schneider. D. 6 73
Schober. H. R. 9 28 40 75 78
SchOck, G. 23 24 77
Schrdinger equation 5 10
Schulte, K. 251
Schwartz, P. 173 25
Schwietert, H. R. 197 252
Scop, P.M. 218 232 252
Screw dislocation 9 10
Screw dislocation, dipoles 44
Searle, A. A. 97 100 106 161
Sengupta, S. 35—37 39 77
shear modulus 14 18
Shen, Z. 66 74
Shenoy, V. B. 60 65 68 77 78
Shewmon, P. G. 86 162
Shih. H. M. 103 162
Siemers, P. A. 237 251
Siems, R. 29 76
Sigl, L. S. 252
Simmons. G. 39 78
Sinclair, I. E. 28 78
Sines. G. 29 75
Single migrating grain boundary 135
Single-fiber composite (s.f.c.), comparison lo experiment 182—185
Single-fiber composite (s.f.c.), Curlin's solution 176
Single-fiber composite (s.f.c.), distribution of breaks 176
Single-fiber composite (s.f.c.), fragment length distribution 180
Single-fiber composite (s.f.c.), Monte Carlo simulation 179
Single-fiber composite (s.f.c.), normalized fragment distribution 178
Single-fiber composite (s.f.c.), test 173 174 185
Sintering process 151
Skovira, J. 6 73
Slip distribution 17
Smith, J. R. 20 24 77
Smith. R. L. 176 178 180 181 192 193 195—198 201 218 235 250 252
Spearing, S. M. 204 207 216 248 250
Specific entropy 91
Spooner, S. 55 77
Spriggs, R. M. 82 162
St John, C. 23 78
Stawovy, R. H. 204 206 252
Steif.P.S. 197 252
Stillinger — Weber potential 9 38 45
Stillinger — Weber potential, three-body 38
Stillinger — Weber potential, two-body 38
Stillinger, F. H. 9 38 45 78
Stoneliam, A. M. 9 28 78
Storakers. B. 157 161
Strain energy, change rale 147
Strain energy, density 51 53
Stress distribution 139
Stress distribution, along the grain boundary 140
Stress/chemical potential-based variational principle 94
Stroud, A. H. 34 78
Sturhahn, W. 55 75
Suemasu, H. 214 252
Sun, B. 91 162
Sun, Y. 16 24 77 78
Suo.Z. 82 94 135 152 153 162
Surface diffusion coefficients 151
Surface energy 146
Sutcu 189 197 252
Sutton, A. P. 65 78
Swanger, L. A. 14 73
Sweep constant 123
Sweep constant, concept 122
Tabbara, M. 60 74
| Tadmor. E. B. 28 53 55 56 58 60 62 65 67—70 76—78
Takahashi, J. 203 252
Takeda, N. 182 184 185 192 193 196 204 207 234 242 245 249
Tan, H. 28 29 79
Tan, T. Y 44 78
Taylor, R. L. 56 79
Tewary, V. K. 29 46 74 78 223 227 252
Thermodynamic driving force 89
Thermodynamic forces 100 109
Thompson, C. V. 124 125 134 161 162
Thomson, R. 29 78 223 227 250 252
Thouless, M. D. 137 140 162 189 197 252
Tichy, G. 65 73
Titanium crystal 40
Toellner, T. S. 55 75
Torres, V. T. B. 9 28 78
Total energy of N atoms 5
Total energy of solid 51
Total grain boundary energy 116
Trampenau, J. 40 75 78
Truskinovsky, L. 16 24 78
Tsuda, H. 203 252
Tsuji, T. 71 74
Tuszynski, J. A. 10 78
Tyson, W. R. 172 25
Ultimate tensile strength of composite 168
Van der Heuvel, P. W. J. 182 183 252
van Dyke, P. J. 213—215 250
Van Siclen, C. DeW. 129 162
Variational boundary integral method 24
Variational functional 118 123 124 135 138 140 147
Variational functional, dimensionless form 117
Variational Principle 114 150 152 153
Venakataraman. S. 62 79
Verdier 71 75
Verrall, R. A. 89 100 119 160
Veyssiere, P. 12 78
Vitsek, E. 29 33 73
Vitek. V. 12 16 24 28 51 65 73 76—79
Volumetric flux rate of material 95
Volumetric growth rate 103 104
Volumetric strain rate 158
Wadley, H. N. G. 200—202 245 249
Wagner. H. D. 173 252
Wagoner, R. H. 66 74
Wang, H. 39 78
Wawner, F. E. 237—239 249
Weaire. D. 161
Weber, C. H. 210 239 252
Weber, T. A. 9 38 45 78
Wei, S. 38 78
Weibull cumulative failure probability distribution 170
Weibull distribution 177 198 232 236
Weibull fibers 178
Weibull fibers, number of breaks per unit length 178
Weibull model 169
Weibull modulus 169 173 179 184 191 198 199 201 232 234 236 238 240
Weibull modulus, relationship to critical link size 234
Weibull, W. 169 25
Weitsman, Y. 168 245 25
Widom, B. 176 253
Willis. J. R. 20 76
Wilsdorf, G. F. 12 76
Wimolkiatisak, A. S. 184 185 253
Winand. H. M. A. 82 161
Wise, C. E. 66 74
Wisnom. M. R. 213 216 244 251 253
Wolf, D. 65 78
Wright. A.F. 8 74
Wu, B.X. 169 172 250
Wyrobek, J. 62 75
Xu, G. 20 23—28 78 79
Xu. J. 243 253
Xu. W. 9 10 79
Xue, L. A. 89 160
Yamaguchi, M. 16 24 79
Yang, W. 28 29 79
Yip, S. 9 10 65 74 78
Young's modulus 138
Young's modulus, composite 168
Young's modulus, fibers 168
Young's modulus, matrix 168
Zanzotto. G. 52 79
Zbib, H. M. 71 79
Zhen. Z. Y 66 74
Zhou, S. J. 29 78 163 192—194 199 201 202 220 229 239 243 249 253
Zhu, H. 168 245 25
Zhu, J. Z. 60 79
Zieliski, W. 62 79
Zieliski. P. 39 79
Zienkiewicz, O. C. 56 60 79
Zinc crystal 40
Zirconium crystal 40
Zok, F. W. 204 207—210 213 239—241 248 249 251 252
Zweben. C. 218 232 253
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