كتاب Metal Matrix Composites

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أحضرت لكم كتاب
Metal Matrix Composites
Nikhilesh Chawla
Arizona State University, Tempe, AZ
Krishan K. Chawla
University of Alabama at Birmingham, AL

و المحتوى كما يلي :

CONTENTS
Preface
1.Introduction
2. Reinforcements
3. Matrix Materials
4. Processing
5. Interface
6. Micromechanics
7. MonotonicBehavior
8. Cyclic Fatigue
9. Creep
10.Wear
11.Applications
Author Index
Subject Index
AUTHOR INDEX
A
Abdel-Latif, M.H. 293, 294, 302
Aghajanian,M.K. 74, 109
Ahmed, M.M.I. 330,334,335
Ahuja, S. 72, 111
Aikin, R.M. 242,243,246
Akirnitsu, J. 57, 63
Albert, S.J. 345,350
Alic, J.A. 292,303
Allen, D.H. 257,302
Allison, J.E. 91,93, 109, 187, 195,
201,219,221, 222,231,232,247,
248,263,264,266-273,284,286,
287,288,300, 301,304, 317-319,
325,334,362,364,383,384
Almond, E.A. 272,300,303
Alpas, A.T. 107, 109,343,350
Ananth, C.R. 205,250
Anderson, C.H. 67, 111
Anderson, D.P. 17,40
Anderson, I.E. 88, 109
Anderson, W.P. 252,303
Andres, C. 91,93, 109, 187, 195,
201,219,221,222,231,232,247,
263,264,267,268,270,271,301
Andrews, K.W. 176,184
Angelini, P. 179, 184
Armatis, F.A. 214,247
Arsenault, R.J. 127, 135, 182, 184,
197, 199,200,246,250,265,
300
Arzt, E. 320, 334
Aswath, P.B. 291,300
Atkins, S.L. 325,334
Auvray, S. 214,248
Ayers, J.D. 82, 110
Ayyar, A. 229,246,287,290,300
B
Babcsan, N. 367,383
Bachler, E. 57,63
Bader, M. 364,384
Balch, D.K. 171,184
Balooch, M. 27,40
Baker, A.A. 254,300
Banhart, J. 367,383
Bao, G. 256,304,325,334
Batt, T.J. 170, 185
Bauschinger,J. 265,300
Beach, D.S. 102,110
Beck Tan, N.C. 242,246,243
Becker, P.F. 179, 184
Beevers, C.J. 284, 302
Behrens, E. 172, 184
Bettge, D. 298-300,303
Bhikshamaiah,G. 164, 185
Biehler, T.R. 330,332, 335
Biner, S.B. 325-328,334
Birchall, J.D. 24, 39
Bird, J.E. 305,335
Blatt, D. 258,300author index
Blom, A.F. 291,300
Blucher, J.T. 216,246
Boehlert, C.J. 215,247
Bolling, G.F. 72, 80, 109
Bonnen, J.J. 286-288,300
Boselli, J. 88, 89, 112,287, 300
Boukhili, R. 164, 170, 184
Bowman, R.R. 212,214,248
Bowen, P. 257,280,281,301,302
Bradbury, J.A.A. 24,39
Braddick, D.M. 254,300
Briber, R.M. 242,243,246
Brindley, P.K. 131, 136
Brockenbrough, J.R. 215,218,220,
247
Brocks, W. 231,250
Brooksbank, D. 176, 184
Brown, W.S. 32,40
Bucci, R.J. 284,285,302
Budai, J.D. 102,109
Bullock, E. 308,334
Bunsell, A.R. 31,40
Burger, E.E. 179, 180, 184
Burke, J.T. 74, 109
Bushby, R.S. 206,247
Buttle, D.J. 222,223,249
C
Calabrese, C. 268,300
Calvert, L.D. 55,63
Carreiio-Morelli,E. 295,300
Carter, W.L. 100, 111
Chalmers, B. 72, 112
Champion,A.R. 253,301
Chan, K.S. 209,247,283,284,301
Chandra, N. 205,250
Chang, S.-Y. 170,184
Channel, T.E. 206,249
Chawla, K.K. 5,23,38,39,47, 63,
86,87,97,98, 107-109, 120-122,
125, 127, 131, 132, 136, 157, 161,
164, 166, 168, 169, 175, 179, 180,
182, 184, 185, 187, 188, 197, 198,
200,229,233,247,249,250-253,
255,262,275,287,290,292,294,
295-298,301-303,304,306,329,
335,345,347-349,367,366,383
Chawla, N. 38,39,49, 52, 63,75, 76,
87, 88,91-96, 104, 105, 107, 109,
112, 119, 131, 132, 135, 136, 153,
154, 157, 158, 165, 167, 184, 187,
188, 195,201,219,221,222,224-
226,229,231-233,237,238,240-
242,246,247,250,253,256,263-
273,287,289, 290,295-297,300,
302,304,318,334,364,366,370,
383,384
Chen, J. 255,256,304
Cheng, L. 91,111
Cheskis, H.P. 188,247
Chirayil, T.G. 102, 110
Chiou, W.A. 166, 185
Cho, B. 26,40
Chou, T.C. 106, 109
Christen, D.K. 102, 109, 110
Christman, T. 182, 184,231,247
Christodoulou, L. 86, 109
Chung, S. 341,343,349
Cisse, J. 72, 109
Cleveland, C. 107-109
Clyne, T.W. 227,238,249,317,335
Cockayne, B. 25,26,39
Coffin, C. 131, 132, 135, 153, 154,
185
Cole, G.S. 80, 109
Cook, A.J. 74, 109
Cook, J. 206,208,247,292,301
Corbin, S.F. 187,247
Cornie, J.A. 74,75, 111,214,247
Cottenden, A.M. 272,303
Cotterill, P.J. 280, 281, 301
Couper, M.J. 264,301
Cotterell, B. 210, 248
Cox, B.N. 210,247author index
Cox, H.L. 188,247
Cranmer, D.C. 131,136
Crasto, A.S. 17,40
Crowe, C.R. 86,109
Cui, X. 102, 110
Curtin, W.A. 204,247
Cutler, J.B. 32,40
D
Davidson, D.L. 283,284,301
Davies, P.W. 318,334
Davis, L.C. 195,247,263,268,270,
271,301,325,334,362,383
Debolt, H.E. 27,39
Degischer, H.P. 367,383,384
Deng, X. 97, 107-109, 153, 154, 165,
167, 184, 185,238,240,247,345,
347-349,370, 382-384
Derby, B. 103, 110,222,223,249,
300,303,320,326,334,335
Deurbergue, A. 17,39
Deve, H.E. 75, 109,205,206,247-
249.255,256,304
Dhindaw, B.K. 72,111
Dhingra, A.K. 253,301
DiCarlo, J.A. 31, 39
Dickerson, P.O. 26,40
Diefendorf, R.J. 9, 13, 39
Deihl, J. 265,303
Ding, Y. 107,109
Dinwoodie, J. 24, 39
Dirichlet, G.L. 88, 109,228, 247
Divecha, A.P. 68,109
Dlouhy,A. 127,136,313,315,316,
334
Djazeb, M.R. 94,110
Doerner, M.F. 131, 136
Doker, H. 277,302
Donomoto, T. 362,384
Dorn, J. 174,185,305,335
Dragone, T.L. 320,323-325,334
Dresher, W.H. 6, 39
Dunand, D.C. 197,199,247,320,
334
Duszcyk, J. 88, 109, 110
Dutta, I. 231, 248
Dyos, K. 214,248
E
Ebihara, B.T. 133, 134, 136
Eggeler, G. 127, 136, 313, 315, 316,
334
Eldridge, J.I. 131-134, 136,212, 214,
248
Elices, M. 284,302
Ellis, L. 97, 110
Ellyin, F. 268, 302
Elomari, S. 170, 164, 184
Embury, J.D. 106,111,332,335
Engels, A. 349,350,367, 384
Eroogan, F. 252,303
Estrada, J.L. 88, 109
Eshelby, J.D. 155, 184
Evans, A. 351,384
Evans, A.G. 206,209,248,249
Ezekiel, H.N 9,39
F
Fang, Z. 97, 108, 109, 153, 154, 185,
345,347-349,350,382-384
Farmer, S.C. 26,40
Faucon, A. 214,248
Feenstra, R. 102, 109, 110
Felten, J.J. 26,40
Ferber, M.K. 106, 110, 131, 136
Fine, M.E. 166, 168, 169, 185
Finot, M. 231,234,235,250,267,
303
Fischer, C. 174, 185
Fisher, R.M. 127, 135, 182, 184, 197,
250
Fishrnan, S.G. 68, 109
Fitzgerald, T.J. 171, 184
Flank, A.M. 31,40author index
Flankl, H. 367,384
Flemings, M.C. 67,74,75, 1 11, 170,
184
Foley, J.C. 88, 109
Folgar-Portillo, M.F. 341, 342, 350
Foulk 111,J.W. 257,302
Fredell, R. 356,359,384
Froes, F.H. 88, 110
Frohlich, S. 121, 136
Fuller, E.R. 157, 184, 187,233,247
Funatani, K. 362, 384
G
Gabryel, C.M. 125, 136
Gac, F.D. 33,40
Gagnon, G. 300,303
Galvez, F. 205,248
Ganesh, V.V. 49, 63,91-93, 109,
153, 154, 157, 158, 184,225,226,
233,237,247,263,289,302
Gao, Y.C. 210,248
Garcia-Cordovilla, C. 341, 350
Gasson, D.G. 25,26,39
Ghonem, H. 280,304
Ghosh, A.K. 87,90, 109,330-333,
335
Gibeling, J.C. 325,334
Godefroid, L.B. 97, 109
Gomez, J.P. 262,302
Gomez, M.P. 252,303
Gonzalez, C. 204,205,215,217,218,
237,239,249
Goodier, J.N. 176, 185, 187,248
Gopalakrishna, B. 164, 185
Gordon, J.E. 206,208,247,292,301
Gortring, K. 272,274,302
Goto, S. 312,334
Gouda, M. 254,302
Gouda, T. 231,250
Goyal, A. 102,109,110
Grande, D.H. 131,136
Grant, D. 381,384
Gregory, M. 293,294,303
Gregson, P.J. 287,300
Griffith, W.M. 88, 110
Griffo,A. 97, 108, 109, 345, 347,
348,350,383-384
Grimes, H.H. 212,248
Gu, M. 255,256,304
Guden, M. 206,248
Gungor, M.N. 121,136,170,185
Gunnick, J.W. 356-358,384
Gunther, B. 298-300,303,
Guo, Y.L. 238,241,242,250
Guo, Z.X. 103,110
Gupta, M. 91, 111
Gupta, V. 209,210,248
Gurland, J. 345,350
H
Habel, U. 195,231,232,247,263,
267-269,271,301
Hack, J.E. 206,212,248,249,254,
302,303
Haggerty, J.S. 26,39
Hale, D.K. 175, 184
Hall, I.W. 206,212,213,248
Hall, J. 263,302
Halpin, J.C. 152, 184
Han, S.H. 82,84, 111
Hansen, N. 94, 110
Harmon, D.M. 275,279,302
Hartrnan, H.S. 253,301
Harris, B. 253, 303
Hashin, Z. 147, 149, 150, 151, 161,
164,184
Hassan, H.A. 293,294,302
Hatfield, E. 102, 1 10
Hausmann, J. 212,249,306,307,334
Hayashi, J. 28,41
Haynes, J.A. 106,110
He, J.L. 106,110
He, M.Y. 207,209,248
He, Q. 102,109author index
Healy, J.C. 284, 302
Heckel, R.W. 188,247
Heinrich, W. 272, 274,302
Helinski, E.J. 94, 110
Hellerich, C.L. 120, 136
Helms, K.L.E. 257,302
Hemptenmacher, J. 298,299,300,
303
Henshall, C.A. 330,335
Hermans, J.J. 147, 184
Herr, M. 272,274,302
Henman, K.P. 179, 184
Hiang, B. 341,343,349
Hiasyuki, T. 31,41
Higashi, K. 332,334
Hill, R. 147-149, 184
Hill, R.G. 120, 136
Hillrnann,H. 61, 63
Hirth, J.P. 223,244,245,248
Hoffman, R.W. 106,111
Dolm, D.K. 291,300
Holmes, J.W. 119, 136,256,301
Hong, K.C.C. 131,136
Hoover, W. 362,384
Hosking, F.M. 341,342,350
Howard, S.J. 227,238,249
Hsu, D.K. 225,248
Hsu, F.S.L. 57,63
Hsueh, C.-H. 179,184
Hull, A.W. 179, 180, 184
Humphreys, F.J. 94, 110,200,201,
248
Hunt, W.H. 87,88,90,97, 110,242,
243,245,248,249,362,366,367,
384
Hurley, G.F. 25, 39
Hutchinson, J.W. 207,209,210,248,
325,334
Hwang, H.J. 25,40
I
Ijiri, Y. 121,136
Isaacs, J.A. 197,248
Ishirkawa, T. 31,41
J
Jackson, K.A. 72, 112
Jackson, P.W. 254,300
Jahanmir, S. 343,350
Jain, M.K. 164, 185
James, W.B. 95, 110
Jansson, S. 206,248
Jech, R.W. 142, 143, 185
Jensen, D.J. 94, 110
Jeong, H. 225,248
Jeng, S.M. 313,314,334
Jensen, H.M. 210,248
Ji, Z. 106, 110
Jin, I. 69, 80, 81, 111
Jira, J.R. 258,300
Johnson, D.J. 9,39
Johnson, W. 9,40
Johnson, W.S., 262,302
Jones, J.W. 91,93, 109, 187, 195,
201,219,221,222,231,232,247,
248,263,264,268-273,284,288,
300,301,302, 317-319,334, 362,
383
K
Kakar, A.S. 72, 111
Kakihara, 349,350
Kamat, S. 223,244,245,248
Kardos, J.L. 152, 184
Karcher, T. 107-109
Karmarkar, S.D. 68, 109
Katsumata, M. 216,246
Katsura, M. 67, 110
Kaufinann, A.R. 62,63
Kawakami, M. 378,384
Kelly, A. 188,248
Kerans, R.J. 129, 136,210,248
Kerchner, H.R. 102, 109
Kerner, E.H. 161,163,184author index
Kerr, M. 38, 39,253,301,302, 318,
334
Khatri, S.C. 364,384
Kibbe, W. 104,111,105
Kim, J.K. 72,73,110
Kim, Y.W. 88,110
Kindermann, P. 272,274,302
Kinney, J.H. 27,40
Klundt, R.H. 318,335
Kobayashi, T. 231,246,250
Koczak, M.J. 87,111,364,384
Komarneni, S. 23,40
Konitzer, D.G. 212,248
Koopman, M.C. 97,107-109,131,
132, 135, 153, 154, 157, 184, 185,
187,233,247,345,347-349,382-
384
Korenyi-Both, A. 212,214,248
Korevaar, B.M. 88, 109, 110
Koss, D.A. 271,303
Kowalski, L. 88, 110
Krajewski, P.E. 201,248,317-319,
334
Krishnamurty, S. 215,247
Kroeger, J.D. 102,109,110
Krueger, W.H. 253,301
Krukonis, V.J. 27, 39
Kumagai, M. 23,39
Kumpfert, J. 212,249,306,307, 334
Kung, H.106,111
Kunzler, J.E. 57, 63
Kumar, S. 17,40
Kwei, L.K. 295,297,298,302
Kyono, T. 212,213,248
L
LaBelle, H.E. 25,40
Lad, R.A. 212,248
Laffon, C. 31,40
Lagarde, P. 31,40
Lagoudas, D.C. 215,249
Laird, C. 268,300
Lancaster, J.K. 133, 136
Langdon, T.G. 321,326,328-330,
334,335
Langer, S.A. 157,184,187,233,247
Lara-Curzio, E. 28,40
Larsen, J.M. 258,300
Lavernia, E.J. 82, 110,326, 335
Lee, D.F. 102, 109
Lee, H.C. 345,350
Lee, J.-G., 32, 40
Lee, S. 313,314,334
Lee, S.M. 129,136
Lee, Y.S. 170, 185
Leitlmeier, D. 367, 383,384
Lepetitcorps, Y. 214,248
Leverant, G.R. 206, 248,254,283,
284,301-303
Levy, A. 231,248
Lewandowski, J.J. 88,94,97, 110,
222,223,242-245,248,249,263,
293,294,302,332,334
Leyens, C. 212,249,306,307,334
Li, C. 268,302
Li, H.D. 106, 110
Li, W.Z. 106, 110
Li. Y. 321,326,328-330
Liaw, P.K. 93, 110, 121, 136, 170,
185,225,248,249,292,301
Liechti, T. 300, 303
Liggett, G.M. 295297,304
Lilholt, H. 188,248,306,309,326,
334,335
Lin, S.-J. 170, 184
Lindemanis, A. 33,40
List, F.A. 102, 110
Liu, C. 88, 110,223,249
Liu, C.H. 106,109
Liu, D.S. 223,249
Liu, J. 257,280,302
Liu, Y. 344,350
Liu, Y.L. 94, 110
LLorca,J.204,205,215,217,218,author index
231,237,239,248,259,263,265,
284,302,303
Lloyd, D.J. 67,69,74, 80-82,87,90,
110, 164, 170, 184,227,244,245,
249
Loang, F.L. 75, 111
Lockwood, G. 97,108,109,153,
154, 185,345,347,348,350,382-
384
Logsdon, W.A. 93,110,121,136,
225,249
Loretto, M.H. 212,248
Lorriot, T. 214, 248
Louat, N. 277,287,304
Louis, E. 341,350
Lowhaphandu, P. 332,334
Lowden, R.A. 131,136,256,301
Lu, Y.C. 106,111
Ludema, K.C. 343,350
Luetjering, G. 268, 303
Lukasak, D.A. 271, 284,285,302,
303
M
Mabuchi, M. 332,334
Mackenzie, J.K. 295,303
Mackin, C. 382-384
Mader, S. 265,303
Mahajan, Y.R. 164,185,320,335
Mahoney, M. 330-333,335
Mai, Y.M. 341,350
Mai, Y.W. 210,248
Maisel, J.E. 212,248
Majumdar, B.S. 215,247,250,256,
303
Mall, S. 259,262,263,303
Mann, A.B. 27,40
Mandell, J.F. 131, 136
Manoharan, M. 97, 110,222,223,
242-244,249
Mansfield, J.F. 119, 136
Marchi, C.S. 351,384
Marci, G. 277, 302
Margolin, H. 75, 1 1 1
Marom, G.D. 161,185
Marshall, D.B. 129, 131, 136,209,
248
Martin Marietta Corp. 85, 110
Martin, E. 214,248
Martin, P.M. 102, 110
Martinez, D. 209,210,248
Maruyama, B. 88,111
Masur, L.J. 74, 111
Mathis, J. 102, 110
McDanels, D.L. 142, 143, 185
McEvily, A.J. 254, 302
McGany, F.J. 131, 136
McGuire, M.A. 253,303
McLean, M. 86,110,308,312,334
McLeod, A.D. 125, 136
McMeeking, R.M., 325,334
McMinn, A. 283,284,301
Mearini, G.T. 106, 111
Mehrabian, R. 67, 111,223, 244,
245,248,341,342,350
Merk,N. 127, 136,313,315,316,
334
Messing, G.L. 23,39
Metzger, M. 120-122, 127, 135, 179,
180,184,197, 198,247,255,301
Meyers, M.A. 47,63,229,249,251,
303,306,329,335
Michaud, V.C. 76, 78, 79, 87, 111,
171,184
Milewski, J.V. 32,33,40
Mikata, Y. 212, 249
Miles, D.E. 308,334
Miller, D.A. 215, 249
Miller, A.K. 318,335
Miller, W.S. 94, 1 10
Minoshima, K. 202,203,250
Miracle, D.B. 88, 111,215,247, 352,
362,366,367,284
Mishra, R.S. 320,330,332,335author index
Misra, A. 106, 1 1 1
Mitchell, T.E. 106, 111
Mitra,R.72,111,166,168,169,185
Miura, N. 362,384
Miyake, T. 308,335,362,384
Miyauchi, M. 378,384
Mlavsky, A.I. 25,40
Mohamed, F.A. 326,329,330,335
Morell, J.S. 102, 110
Morris, E. 7576,111
Morris, W.L. 129,136
Mortensen, A. 69, 74,75,80,81,
111, 148, 164, 170, 171, 174, 184,
185, 197, 199,215,219,247-249,
351,384
Moser, B. 148, 185,215,219,249
Mott, N.F. 265,303
Mueller, L.R. 293,294,303
Mummery, P.M. 222,223,249
Mukanaka, T. 57,63
Mukherjee, A.K. 305,330,332,335
Murayama, T. 349,350
Murphy, A.M. 227,238,249
N
Nagamatsu, J. 57,63
Nakagawa, N. 57,63
Nagelberg, A.S. 74, 109
Nakanishi, H. 349,350
Narcisco, C.J. 341, 350
Nardone, V.C. 195,196,219,249,
318,325
Nakayama, A. 349,350
Narusawa, U. 216,246
Nastasi, M. 106, 111
Needleman, A. 170, 185,231,234,
235,247,249,250,265,267,302,
303,309,310,335
Nelmes, G. 318,334
Nelson, R.P. 120, 136
Nemeth, A. 216,246
Neuman, A. 295297,304
Newaz, G.M. 256,303
Nieh, T.G. 106, 109,317,318,330,
335
Niihara, K. 25,40
Niimi, I. 68, 112
Nishide, S. 308,335
Nix, W.D. 131, 136,320, 323-325,
334
Nordine, P.C. 26,40
Northwood, D.O. 107,109
Norton, D.P. 102,109,110
Nourbaksh, S. 75, 111
0
Oberlin, A. 17, 39
Ohno, N. 308,335
Ogawa, K. 378,384
Okamoto, N. 308,335
Okamura, K. 28,31,41
Okuno, M. 378,384
O'Keefe, M.J. 106, 111
Okumiya, M. 68, 112
Oliver, W.C. 106, 109, 131, 136
Omori, M. 28,41
Orowan, E. 265,303
Osman, T.M. 97, 110,242,243,245,
248
P
Page, R.A. 206,212,248,249,254,
302,303
Pandey, A.B. 320,335
Papazian, J.M. 231, 248
Paranthaman, M. 102,109, 110
Paris, P.O. 252, 303
Park, K.-T. 326,335
Park, C. 102, 110
Parker, J.D. 318, 335
Parrish, P.A. 86,109
Parthasarathy, T.A. 129, 136,210,
248
Partidge, P.G. 103,111author index
Pastor, J.Y. 259,303
Patel, B. 131, 132, 135, 153, 154,
157,184,185,187,233,247
Patterson, B.R. 97, 108, 109, 153,
154, 157, 184, 185, 187,233,247,
345,347-349,382-384
Paul, B. 147,170,185
Peebles, L.H. 17,40
Penn, L.S. 129, 136
Pennander, L. 67,111
Peters, P.W.M. 298-300,303
Petrovic, J.J. 33,40
Pfeifer, M. 125, 136
Pfeiffer, N.J. 292, 303
Pharr, G.M. 106, 109
Pickard, S.M. 75,76, 111,300,303
Pickett, J.J. 62, 63
Pillai, U.T.S. 265,300
Piotrowski, G. 94, 112,238,241,
242,250
Pitcher, P.D. 287,300
Pollack, J.T.A. 25,39,40
Poritsky, H. 179, 180, 185
Portella,P.D. 298-300,303
Portner, B. 259,303
Potschke, J. 72, 111
Poza, P. 205,248,263,303
Prewo, K.M. 195,196,219,249,254,
302
Pritchard, J.R. 133, 136
Pugsley, V.A. 272,274,303
Purdue, G. 359,384
R
Rack, H.J. 341,350
Ralph, M. 214,247
Rawal, S.P. 360,384
Rao, Venkateshwara T. 215,249,
280,282,303
Ray, S. 344,350
Rebstock, H. 265,303
Rezai-Aria, F. 300,303
Richard, R.C. 292,303
Richmond, 0.332,335
Riek, R.G. 67, 1 1 1
Riester, L. 131, 136
Riggs, J.P. 15,40
Rigsbee, J.M. 106, 110, 111, 125,
136
Riley, G.N., Jr. 100, 111
Riley, M.B. 147,185
Ritchie, R.O. 215,249,280,282,
284,287,288,303
Rodjom, T.J. 94, 110
Roebuck, B. 272,300,303
Rogge, V. 72,111
Rohatgi, P.K. 66,72, 73, 110, 111,
344,350
Rohr, D.L. 33,40
Rosen, B.W. 147,149,151,161, 184,
185
Rosenberger, A.H. 215,249
Rossoll, A. 148, 185,215,219,249
Roy, R. 23,40
Ruhle, M. 209,249
Ruiz, J. 284, 302
Ruppert, H. 349,350,367,384
Russ, S.M. 215,249
Ryder, D.A. 292,304
S
Sachdev,A. 263,302
Sadananda, K. 277,278,284,287,
304
Saff, C.R. 275,279,302
Saha, R. 52,63,75,76, 87,88,94-96,
109, 112, 157, 184,224-226,229,
247,364,383
Sahrn, P.R. 349,350,367,384
Sahoo, P.R. 87,111
Salazar, A. 259,303
SanMarchi, C. 164, 170, 184
Sanders, B.P. 256,259, 262,303
Sandhage, K.H. 100, 111author index
Sando, M. 25,40
Sandstrom,J.L. 32,40
Sauthoff, G. 56,63
Savage, R.H. 133, 134,136
Sayir, A. 26,40
Schaller, R. 295, 300
Schapery, R.A. 161, 162,164, 185
Scherer, G. 179, 185
Schjve, J. 356, 359, 384
Schleinkofer,U. 272,274,302
Schlund, P. 272,274,302
Schnell, D.R.M. 165, 167,184,370,
384
Schulte, K. 202,203,250
Scruby, C.B. 222,223,249
Seeger, A. 265,303
Segurado, J. 237,239,247
Seigenthaler, D.M. 231,248
Seleznez, M.L. 214,247
Shakesheff,A.J. 359,384
Shang, J.K. 284,287,288,303
Shangguan, D. 72,111
Shannon, R.E. 225,248
Shatwell, R.A. 214,248
Shaw, M.C. 129, 136
Shekhar, J.A. 82,84, 111
Shen,Y.-L. 170, 171, 184, 185, 188,
195,231,232,234,235,238,241,
242,247,250,263, 265, 267-269,
271,301,303
Sherby, O.D. 318,330,335
Sherman, R. 212,249,254,303
Shetty, D.K. 210,250
Shi, N. 197,199,200,246
Shibuya, M. 31,41
Shtrikman, S. 151, 164, 184
Siegmund, T. 231,250
Simon, G. 31,40
Sims, J.D. 231,248
Sinclair,I. 88, 89, 112,287,300
Singer, L. 9, 14, 15,40
Siu, S.C. 215,249,280,303
Skaggs, S.R. 33,40
Smith, P.R. 215,249
Sockel, H.-G. 272,274,303
Smensen,N. 309,335.3 10
Spain,R.G. 9, 39
Specht, E.D. 102,109,110
Spowart, J.E. 88, 111
Srivatsan, T.S. 82, 110
Starke, E.A. 268,303
Steglich, D. 231,250
Stefanescu, D.M. 72, 111
Sternstein, S. 32,40
Stoloff, N.S. 284,304
Strife,J.R. 318, 335
Stojanov, P. 349,350,367,384
Sugimura, Y. 284-286,304
Suh, N.P. 343,350
Sun, C.T. 275,279,282,302
Sundarajan, G. 341-343, 350
Surappa, M.K. 66,111
Suresh, S. 170, 171, 182, 184, 185,
200,215,218,220,231,234,235,
247,250,251,265,267,284-286,
291,300,302,304
Suryanarayana, S.V. 164, 185
Suwa, Y. 23,40
T
Tachikawa, K. 62,63
Taszarek, B.J. 121, 136
Taya, M. 212,213,248,249,326,
335
Taylor, L.G. 292,304
Termonia, Y. 192,250
Thadhani, N.N. 104, 105, 1 1 1
Tham, L.M. 91,111
Thomas, D.G. 67,111
Tien, J.K. 318, 335
Timoshenko, S. 176, 185
Toda, H. 231,250
Tokarsky, E. 9, 13,39
Torquato, S. 229,250author index
Towato, A. 25,40
Toyoda, K. 308,335
Trivedi, R. 82, 84, 111
Trozzo, P.S. 292,303
Tsai, S.W. 152, 184
Tsiang, T.H. 131,136
Tsui, T.Y. 106, 109
Tsunekawa, Y. 68,112
Turner, P.S. 161, 164, 185
Tvergaard, V. 309,310,335
Tyson, C.N. 9,39
u
Uhlmann, D.R. 72, 112
Upadhyaya, G.S. 344,350
v
Vaidya, R.U. 161, 164,165
Van Aken, D.C. 267,304
Vasudevan, A.K. 277,278,284,287,
304,332,335
Venkataraman, B. 300,341-343
Verdier, M. 106, 1 1 1
Verebelyi, D.T. 102, 1 10
Villers, P. 55, 63
Visser, L.R. 22,40
Vlot, A. 356-358,384
Vogelsang, M. 197,250,356,359,
384
Voleti, S.R. 205,250
Vyletel, G.M. 267,304
W
Wadsworth, J. 330,335
Wallis, R.R. 262,302
Walls, D.P. 256,258,304
Wang, A. 341,350
Wang, L. 246,250
Wang, P.T. 94, 110
Wang, Y.Q. 179, 184
Ward-Close, C.M. 103, 111
Warrier, S.G. 215,250
Watt, W. 9, 16,40
Wawner, F.E. 27,39,262,302
Wax, S.G. 29,40
Weber, J.K.R. 26,40
Weber, L., 174, 185
Webster, D. 317,318,335
Wedell, W. 298-300
Weertrnan, J.R. 166, 185
Weeton, J.W. 142, 143, 185
Weibull, W. 36,40
Weihs, T.P. 27,40, 131, 136
Weinber, G.A. 161, 185
Wereszczsak, A.A. 131, 136
Werner, P.S. 74, 109
Wernick, J.E. 57, 63
Wheeler, D.R. 212,214,248
White, D.R. 74, 109
Whitehouse, A.F. 317,335
Whitney, J.M. 147, 185
Wienecke, H.A. 215,218,220,247
Wilkinson, D.S. 187,247,320,334
Williams, J.J. 52,63, 87, 88,94-96,
109, 112,224-226,229,238,241,
242,246,247,250,287,290,300,
364,383
Williams, K.R. 318,334
Wilshire, B. 318, 334, 335
Wilson, D.M. 22,23,40
Winand, H.M.A. 317,335
Wolfenden, A. 295-297, 304
Wu, G. 292,304
Wu, M.Y. 330,335
Wu, S.B. 265,300
Wu, Z. 255,304
Wundnerlin, R. 341, 342,350
Wunsch, B. 157, 158, 184,233,237,
247
X
Xia, K. 264,301
XU,Z.R. 166, 168, 169, 185,295-
297,304author index
Y
Yajirna, S. 28,41
Yamamura, T. 31,41
Yang, J.-M 292,304,3 l3,314,334
Yang, N. 88,89,112
Yasuoka, M. 25,40
Yavari, P. 329,335
Yoneyama, K. 68, 112
Yoshida, K. 378,384
YOU,C.P. 286-288,300
Young, R.J. 192,250
Yu, W.K. 284,287,288,303
Yuan, J. 209,210,248
Yun, H.M. 26,40
z
Zenitani, Y. 57, 63
Zeuner, T. 349,350,367,384
Zhang, F. 255,256,304
Zhang, J. 343,350
Zhang, L.C. 341,350
Zhang, T. 280,304
Zhang, W. 255,256,304
Zhang, Z.F. 341,350
Zok, F.W. 256,258,304,332,335
Zong, B.Y. 326,335SUBJECT INDEX
A
Age hardening 200-202 (see also
precipitationstrengthening)
accelerated aging 200
Alumina 1,3,6
AluminaIMg
interface 125
Aluminum 1,51-53
Aluminum alloys
precipitation strengthening 48-51
Angle of contact 116, 117
Applications 35 1-3 84
aerospace 35 1-361
electronics and thermal
management 370-372
fiber metal laminates 356-359
power conductors 377-379
recreational and sporting goods
379-382
superconducting magnets 372-377
transportation 367-369
wear-resistant materials 382, 383
Aspect ratio 3
Atomic force microscopy (AFM)
118,199
B
Bauschinger effect 265,297
Bonding 117, 120-126
chemical 121-126
crystalline structure43,44
mechanical 117, 120-122
Bulk modulus 139-146
Burgers vector 46
C
Carbon fibers
fabrication9-17
pitch-based 12-15
PAN-based 10-17
Structure 17,18
Casting 66-72
centrifugal 68,69
Cobalt 1, 54
Coefficient of thermal expansion
(CTE) 159-171
effect of interface 166- 170
Copper 54
Crack deflection criteria 206-210
Crack growth (see under Fatigue)
Creep 305-329
activationenergy 306,311,318,
320,328,330
continuous fiber 306-313
discontinuously reinforced 3 13-
320,323-329
dislocation climb 305,312,313,
315,316,320,328
dispersion strengthening 321,326,
328,329
grain boundary sliding 326, 328subject index
load transfer 309-311,313,317,
320,330
recovery 305,309,310,312,313,
316,
stress exponent 305,308,309,
317,318,320,323
threshold stress 321-323
Critical fiber length 195
D
Damage evolution 187,188
Density 158, 159
Diffusivity 123
Activation energy for creep 306,
311,318,320,328,330
Diffusion bonding 102-104
foil-fiber-foil 103
Dislocation 46,47, 197, 198
climb 305,312, 313,315,316,
320,328
fiber reinforced composites 197-
232
punching 197,199,233
strengthening 47,48
WICU197-200
Dispersion strengthening321,326,
328,329
E
Elastic constants 137, 138
strength of materials approach
140-146
Electricalconductivity 4, 15, 173-1 75
Energy methods 147-152
Eshelby method 154-157
Explosive shock consolidation 104-
lo6
Extrusion 90-94
co-extrusion 97- 102
F
Fatigue 251-300
crack closure 275-277,280, 287
crack growth 275-294
continuous fiber 275,279-284
particle reinforced 284-291
threshold stress intensity factor
275-277,284-287,293,295
crack initiation 251,254,257,
268,270-272
damage mechanisms 254-260,
287,290-293,295-297
elevated temperature 257-259,
271-275,280,284
hybrid and laminated composites
29 1-294
Paris law 252,256,276,285,287,
293
stiffnessloss 262,263
Mackenzie's equation 296-297
stress versus cycles (S-N) 251-274
continuous fiber 253-263
particle reinforced 263-275
thermal 294-300
two parameter approach 275,277,
278,289
Fiber(s)
alumina 21,22,38
alumina+ silica 2 1
alumina + silica +boria 38
boron 18-21
carbon 7- 18
comparison 35
flexibility 6, 7
mullite 21-25
silicon carbide 26-32, 118, 119
Nicalon 1 18, 119
strength 35
surface roughness 133-135
Weibull36-39
Fiber pullout 129- 135, 210-2 12
work of pullout 210-2 12
Fiber pushout 129- 135
Finite Element Method (FEM) 231-subject index
242
three dimensional (3D)
microstructure based 235-240
cyclic fatigue 265-267
creep 313, 314,320,324-328
Flexibility (see under Fiber)
Forging 94-96
Fracture toughness 242-246
effect of particle clustering 245
G
Grain boundary 47
strengthening 47
sliding 326, 328,330,332
H
Hall-Petch relation 48
Halpin-Tsai-Kardos 152-154
Hardness 24 1,242
relation to wear 337,341,343-
345,349
relation to tensile strength 238,
241,242
High temperature superconductor
(HTS) (see also superconductor)
Yttrium-Barium-Copper-Oxide
(YBCO) 100-102
oxide powder in tube (OPIT) 101,
102
R A B ~ T S ~ ~ 102
Interfacial bond strength
measurement techniques 127-1 35
In situ processing 85-87
Indentation 131-135
Interface 113-135
bend tests 128, 129
bond strength 127- 135
crystallographic nature 1 14, 115
reactionproducts 126
reaction zone 124- 126
Interlaminar shear strength(ILSS)
128
Intermetallics 55, 56
Ti3A1105
L
Laminated composites 97,98
Liquid infiltration 73,82
Load transfer 188-196
in creep 309-311,313, 317,320,
330
M
Magnesium alloys 54
Metal matrix composites
advantages 1,2
characteristics 3
types 2
typical reinforcements 3
Metals 43
strengthening mechanisms 47-5 1
Monotonic behavior
discontinuously reinforced
composites 219-227
effect of clustering 219,227,237-
240,242,244,245
fiber reinforced composites 202-
219
modeling 215-219,231-242
N
Nanolaminates 106- 108
AIISiC 107, 108
Niobium-Titanium alloys 60-62,98,
99
Nextel 3 12 38
Nextel 610 22, 38
Nextel 720 21-25
Nicalon 28-32, 118, 119
Nickel 55
Niobium 5 5subject index
Numerical methods 146, 157, 158
(see also Finite Element Method)
Particles 33-35
Physical vapor deposition (PVD)
106,107
Poisson's ratio 139- 146
Powder metallurgy processing 87-90
Precipitation strengthening 48-5 1
(see also age hardening)
Processing
gaseous state 106, 107
liquid state 65-87
solid state 87-106
Profilometer 1 18
R
Reinforcement clustering 219,227,
237,238,242,244,245
effect on ductility238-240
effect on fatigue 268,270
quantifying 228-230
Reinforcements 126
fibrous materials 5, 6
Roll bonding 97,98
Roughness 117-119
measurement techniques 1 18, 119
S
Sapphire 25, 26
Scanning tunneling microscopy
(STM) 118
Self-consistent methods 146, 147
Shear-lag model 195,202,219
Shear modulus 139-146
Silicon carbide 1,3,6
particle 33, 34
SiClA14
modulus 153, 154
Silver 55
Sintering 97
Sol-gel22-25
Spinel 124
Spray co-deposition 82-85
Squeeze casting 65
Straintensor 137-139
Strengthening mechanisms
direct 187, 196
indirect 196-200
Stress tensor 137-139
Stress versus cycles (S-N) (see under
Fatigue)
Superconductor 4
Nb-Ti 60-62
Nb3Sn62,63,98-100
High temperature superconductor
(HTS) 100-102
Superconductivity 56-63
Superplasticity 329-333
grain boundary sliding 330,332
T
Texture 94,95, 102,201
Thermal conductivity 4, 15, 171-174
Thermal expansion mismatch 4, 126,
127, 196, 197,207,209,210, 232,
233
Thermal stress 175-183
A1203fiberhlg composite 183
fiber reinforced composites 176-
179
particulate composites 176-179
Titaniumdiboride 105
Titaniumalloys 53, 54
Transport properties 173
Tungsten carbide 1,3,6
particle 34,35
v
Variational calculusmethods 146-
152
Viscosity 67subject index
W
WICu
Young's modulus 143
WCICo 4,97
Young's modulus 153, 154
wear 344-349
Wear 337-350
abrasive 337,338, 341-343,346,
347
adhesive 337,338
braking materials 348,349
delamination 343,344,349
double cemented carbides 345-348
hardness 337,341,343-345,349
mechanically mixed layer (MML)
343,344,349
testing 338, 340
Wettability 115-117
Whiskers 32,33
Sic 32,33
Y
Young's modulus 139-146
Yttrium-aluminumgarnet (YAG) 25

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