Metallurgical and Materials Transactions. A, Physical Metallurgy and Materials Science 1994: Vol 25A Index

51 Pages·1994·17.7 MB·English

Volume 25 Metallurgical and Materials Transactions
Combined Author Index
Aaronson, H.| 1797-1819A Chang, E. 545-555A Ehrhard, P. 427-435A Guo, Q. 73-778
1923-1931A Chang, Y.A. 656-658A Eliezer, D. 949-959A Gupta, D. 227-233B
2631-2637A 789-816B Engstrom, A. 1127-1134A Guthrie, R.I.L. 308-312B
2655-2673A Chattopadhyay, K. 2631-2637A Enomoto, M. 1947-1953A 855-864B
Abe, T 911-918A Chaturvedi, M.C. 1733-1745A Epperson, J.E. 17-35A
Abramov, E 949-959A Chaudhuri, K. 1109-1118A Era, H. 2542-2546A
Acosta, P 1241-1248A Chaudhury, P.K 2391-2401A Eric, R.H. 53-61B
Adcock, P.W 505-518B Chen, A.A. 473-480B 549-559B Haas, P.A. 505-518B
Advani, A.H. 1325-1331A Chen, C.-C. 415-4238 Errington, W.J. 839-8538 Hackney, S.A. 1613-1625A
Agarwala, R.C. 851-856A Chen, G. 2073-2082A Espié, L. 599-605A Haggerty, J.S. 1747-1760A
Agarwala, V. 851-856A 2639-2646A Espiell, F. 185-191B Hall, E-L. 213-219A
Agren. J. 1127-1134A Chen, H. 17-35A Eustathopoulos, N. 599-605A Hall, M.G. 1797-1819A
Ahmady, S.M. 1097-1102A 1561-1573A Evangelista, E. 257-266A 1923-1931A
Ai, S.H 1713-1723A Chen, J.K. 2073-2082A Evans. J.W. 333-340B Hamada, Y. 2581-2599A
Aikin, R.M., Jr 2461-2468A 2639-2646A 341-349B Han, B. 2285-2294A
Akmoulin, LA 1655-1666A Chen, L.H. 557-561A 937-939B Han, K.N. 817-827B
Alarcon, O.E. 961-968A 821-825A Hana, Y. 873-876A
Aldrich, C 303-306B ae a Hansen, S.S. an
Allaire, 221-” 2268 Cheenn,, SF. . A= I rt 1015-1023A Hariprasad, S. 10055 -10144
Allibert, M. 645-651B 5 ang, F.-s. 4 H LCP. 1591-1602A
Alman, D.E. 1033-1040A Chen, W.X. 539-544A 2615-2619 Hashimoto, K. 321-330A
Alpas. A.T 969-983A Chéne, J 1159-1167A Fernandez, M. 185-191B Hashmi, F.H. 2421-2425A
Amey, S.L 723-732A 2117-2130A Figueredo, A.M. 1747-1760A Hassani, F. 125-133A
er Ses Chidemtersm, P:R. 9085-5000 pn Sn spn roe, & pi a
idambDaram, i lemings, Cc. oy be
AAnnddeerrssoonn,, KP..RM o415-e425A Chin, B.A. 2149937--220520 6A Fleury, .E . 29299-51-0293 01A —Hayas-i, K 734491--375468A8
Angeliu, ™M 1169-1183A Chiou, W.-C. 985-992A Flood, S.C. 293-302B Heidt L ys 1285-1290A
Antia, D.P 2675-2681A Cho, S.-W. 5-13B Foley, J.C. 230-233A Hendrix, D.E 505-518B
2827-2828 Choubey, R. 993-1004A Francois, D. 1185-1197A Herrmann RK 89-97A
Antolovich, S.D 2469-2476A pone A ee ae 1199-1208A Hillert,M. 1957-1966A
AAnryaakl ebeHc hi, P.N c11e1e-r12e2e8 = SChirwissatt,n aenH.s Jd. w. 4—0T18-3 4a0i6As "8Q9AFrFerFveadyb,r iukrsWswg.o n , H. 25352500a THiHmbeIauNlt , D.D s1e35e-n19a 4e5Ar an
Asthana, R 225-230A pee, onet 2707 Frenk, A. 261-2918 2655-2673A
AAtskwiantsho,n ,% P.CB 2216808743-1-2-291760A95 04AA Cvieseulla k , KM.. J. 6b798l79--a77- 09 48AA FFur,u e#h.a n, R.J. a637o-¥ 6e42A Hochan-, a deA.lB. ,P.W. 846619557---847720034AB
2683-2694A Cima, M.J 1747-17604 Fujiwara, H. 695-701B 789-798A
Azari, H.N 2153-2160A Clark. R.K. 89-97A Furukawa, T. 2647-2653A thous F en Soo-200A
Cohen, J.B. 2565-2568A odgson, P. -
Compton, L.M. 2145-2152A Hoffman, P.B. 2453-2460A
Babu.S.S 499-508A Comstock, RJ. Jr. 2001-20804 Gaballah, |. = atin ae +01-1308A
ae 1199412084 Corotrioanle, osF,. Cc. 241-- 248A Gale, W-F. 2837- -°340A Hogarth, J. ’ . 1o1 1-1- 228
Baldwin. M.D 2497-2506A Costa E Silva, A. 5-15A 2837-2840A Hoglund, L 1127-1134A
Barlat. F 1209-1216A Cotton, J.D 461-472A Gandin, Ch.-A. 629-635A » M.-H. 2828-2831A
: 2783-2795A Court TH 147-1584 Gangloff, R.P. 365-379A 5 499-508A
Bartholomeusvzy, M.F. 2a16T1 -221a7B1At A ourtney, 1.H. 209:1 -2099 GGaarncgiogapo,ap daChd.y1na.y ya,y U 620777--621856AA Howard, R.L. 2695-2 703A
Bassler. B.T 1301-1308A Cramb, A.W. 306-308B Gasc, G 509-520A Howe, J.M. ro
Battaile, C.C 865-870A Gaskeli, 0.R. 449-4628 .
Geutate. RG 171-1838 Gaudett, M.A. 775-787A Hsu, D.K 799-809A
Bayuzick, R.J 1301-1308A Gnas, GE, —— Gavriljuk, V.G. : 1eaaae
Beuh, N.C 2461-2468A Gnos, one Ls pi yo
Beck, T.R. 661-668B 1095-1097 ee :
Beckermann, C 1081-1093A Daehn, G.S 415-425A Ghosh, A.K. ply 202A _ Cot pang
_— aecee 2578293-5-9287A9 54 e>l ite= a 1841a- 1856
Beris, A.N 761-771B 2723-2735A 49-2061A ugo, G.R. -
Betancourt, A.E 917-9258 Dahmen, U. 1857-1863A Ghosh, S. 2723-2735A pes ag ig hapten
Giihiaiadiiwas.. “ne Dv.i lfsaJ A. 414036-34-5170B7 9 Gibeling, J.C. 2235-$ 22454 Hyndm.aR.n , D.A. 623-64 258
1603-1611A Davidson, P.A. 293-302B 2453-2460A
Bhaduri. S.C 435-441B Davis, C.L. 563-573A 2453-2460A
Bingert SF 461-472A Dayananda, M.A. 1649-1653A Gigliotti, M.F.X. 2321-2329A Ichinose, M 531-537A
Birla. NC 1693-1702A de Lugo, M.M. 1325-1331A Gilbert, J.B., Il 773-778B Ichise E. : 695-701B
BBilsawcaksb,u rnS.. K D 2r1a73s-2a1 79A DDeeaAnr,d o,N F.A .J. 227279-52-8263A 01 GGiilllibso,n ,P .PD.. 916119-99-6182A0 8A Iaguchii, Y. 474015--7441838B
BBloadzn.aLr. , R.L. 265675--266765AA aee tebet e Pp© FSR1E8 GGiilnmgeorriec,h ,R .SK.. A. 2835271-8-6243A2 9A IIhmn,a muT.r-aH,. M 613577-56-414587 8A
763-773A paiieere po — = J. ba eat Inoue, A 1323-1325A
oe Ss. ora oeaaA ——e_CWhiitntd,a w, DB.P.. K. 2525-25344 Goneatntassche,k arDa.nD,. T. mae ootan poet q se
Bracconi, P 509-520A oe ne Goggins, K.M. 2101-21008 peat,
Brass, AM 1159-1167A yanM e fa | Soe Ae 510-6264 Ishida, K
2p1i17 -21b30yA Doan, rRy.,C . 381-388A ai 1119F -1125A
Brebrick, R.F 2331-2340A pDroeiwseinrge.r , D.B. 4p7o3h- g4r8e0eB bi3 wr Ishikawa, F.
Ito,
wBribere, R. M JK 2648611--629436B8 A DDrreeww,i e, nR,. ALCL..A . 2234597--22535A7 0A GGo ollodvsitne.i n‘ ,1 'SJ .L.F. 2171115--1227402 2A Iltwoahs, e,N . M.
ronson, A. 1325-1331A 1119-1125A Stas + 1aaietA lyer, K.M. 207-219B
ee receise ME Droenen, P.-E. 521-530A Gonzalez-Doncel,G. 1241-1248 Ses
Buchheit, T.E 827338-38-8243B8 9A i ge" Goo, E. 57-618
715-721A
Bui, R.T. 607-618B . P.M. 623-625B Gortais, J. 645-651B Jacob, K.T. 149-151B
=" $ee-8018 “ew pedF h Goto, K 405-4138 173-180A
1G. 1591-1602A Gowri, S. 437-448A Jahanshahi, S. 277-280B
i. 1591- — Gozzi, D. 561-568B Jain, V.K. 2753-2768A
Dutta, S.K. 15-268 Granati, P. 561-568B Janovec, J. 267-275A
Carro, G. 1301-1308A Gray, G.T., Ill 1025- 1031A Jeong, H. 799-809A
Castello-Branco Gray, oe+ 4 811-819A
M.A.S.C. 359-371B Earthman, J.C. 2477-2482A Gregg,J Jerina, K.L. 1005-1014A
Cesari, E 687-695A Echeverria, A. 1579-1590A Groh, H. c mM 2507-2516A Jha, S. 2017-2026A
Chan, K.S. 299-308A Edwards, G.R. 697-704A Groza, J.R. 2235-2245A Ji, N. 1199-1208A
1217-1228A 789-798A Grugel, R.N. 865-870A Jia, C.C. 473-485A
Chanfreau, A 2117-2130A 2083-2090A Grushko, B. 2535-2538A Jiménez, J.A. 1241-1248A
2131-2143A 2497-2506A Gruzleski, J.E. 1761-1773A Johnson, W.B. 761-771B
Chang. C.Y. 545-555A 2705-2714A Guan, Y. 817-827B Johnson, W.C. 2695-2703A
Jonas, J.J. 125-133A 2285-2294A Nagasaka, T. 245-253B Rath, B.B. 2655-2673A
306-308B 2655-2673A
Jong, S.-H 626-628B Ratnaparkhi, P.L. 617-627A
Joo, S.-K. 1575-1578A 939-942B Rawers, J.C. 381-388A
Jordan, C.E. 937-947A Nakamura, M. 1095-1097A
2101-2109A 2017-2026A
Juneja, J.M. 876-881A Nakamura, Y.
Jung, S.B. 873-876A Liu, Z.
Jung, Y.C. 1981-1989A Lloyd, C.L. Nakanishi, N.
Long, Q.Y. 1015-1023A Nakkalil, R. y
Louhenkilpi, S. 909-916B Narayanan, L.A. 1761-1773A Reynolds, W.T., Jr. 2073-2082A
Kailas, S.V. 2173-2179A 579-587B Nash, P. 871-874A 2639-2646A
Kajiwara, S. 63-71A 557-561A Nastasi, M. 1579-1590A Rhee, W.H. 1259-1265A
Kale, G.M. 373-378B 821-825A Needieman, A. 839-850A Rhodes, C.G. 1267-1283A
Kamat, S.V 2439-2452A 2305-2309A 2403-2420A Richards, N.L. 1733-1745A
Kampe, S.L. 2181-2197A Luiggi, N.J. 917-925B Nelson, L.S. 623-625B Richards, S.R.
Kandra, J.T. 1667-1679A 927-935B Ng, K. 255-263B Richmond, O.
Kang, M.K. 1941-1946A Luo, W.-Z. 569-578B 265-275B Rios, P.R.
2601-2608A 379-384B Rizzo, H.F.
2609-2614A Nicholas, T. 183-192A Robino, C.V.
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Kim ¥. -W 1217-1228A 2101-2109A Sabathier, V. 2705-2714A
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1229-1240A 749-759B Schmauder, S. 1725-1731A
Krishnan, P 2111-2116A McCartney, D.G. 1097-1102A Schussler, A. 427-435A
Kumar, S 435-441B McCarty, E.D. 1613-1625A Palmiere, E.J. 277-286A Schvezov, C. 397-403B
Kumar, S.G 91-96B McQueen, H.J. 827-837A Pandey, O.P. 2517-2523A Schwerdtfeger, K. 359-371B
KKuuot,u mbKa.Hr ao, V.V 4274-3596-A2 452A MMeenddriarnaot,t a,R .EM.. G. 926716-99-6287A8 1A PPaarrkk,, DK.. 325179-93-6242A0 5A Scully, J.R. 479775--570847BA
Kwon, D 2213-2223A Meng, X.K. 1941-1946A Park, K.-T. 2391-2401A Seetharaman, S. 149-151B
2601-2608A Paruchuri, M.R. 73-79A 391-396B
2609-2614A Patterson, B.R. 81-87A 519-525B
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Liu, D.H 2601-2608A Rao, G.R. 193-202A Shivpuri, R. 1681-1692A
2609-2614A Rao, K.B.S. 159-171A Sichen, D. 391-396B
Liu, H.W 223-225A Nadutov, V.M. 889-909A Rao, K.V.S.J. 1095-1097A 519-525B
Liu, P 2225-2233A Nagamori, M. 321-331B Rappaz, M. 281-291B 589-595B
Liu, Q.Q 539-544A 839-853B 629-635A - 885-891B
A-2
Singh, V. 1693-1702A Wallace, W. 575-588A
Siviour, N.G. 658-659A
Wang, C.Y. 1081-1093A
Wang, J.-J. 2001-2007A
Smith, G.D.W. Wang, T.G. 865-870A
Smith, P.R. 1267-1283A Wang, Z.C. 103-109B
1267-1283A Wang, Z.G. 1713-1723A
Sohn. H.Y. 207-219B Wandi, J. 731-739B
619-623B Warczok, A. 43-51B
Somani, M.C. 1693-1702A Was, G.S 1169-1183A
Somers, M.A.J. 2797-2814A Wayman, C.M. 1787-1795A
2797-2814A 2581-2599A
Soper, J.C. 1681-1692A 2655-2673A
Spanos, G. 1967-1980A 2655-2673A
Spear, W.S. 1135-1146A Weatherly, G.C. 1865-1874A
Sridhar, S. 391-396B Webb, G 2469-2476A
Srinivasan, N. 2275-2284A Wei, Q.M. 1941-1946A
Srinivasan, N.S. 876-881A Weinberg, F. 397-403B
Srivastava, S.K. 851-856A Weiss, T. 497-504B
Steen, P.H. 427-435A Welch, B.J. 27-32B
Stefanescu, D.M. 2525-2534A Welter, J.-M. 645-651B
Stigenberg, A.H. 2225-2233A Wert, J.A. 2161-2171A
Stoloff, N.S. 1033-1040A 2371-2381A
Subramanian, P.R. 2769-2781A 2383-2389A
Suito, H. 5-13B West, A.C. 351-358B
33-42B White, D.A. 449-462B
235-244B Williams, D.B. 1627-1637A
893-902B 1639-1648A
Sun, S. 277-280B Winnicka, M.B. 1703-1711A
Sun, X.K. 539-544A Witczak, Z. 1703-1711A
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Suzuki, T. 321-330A
2815-2826A
2815-2826A Xing, Z.S. 1015-1023A
Svoboda, M 267-275A Xu, J. 539-544A
Syu, D.-G.C. 2027-2038A Xu, L. 589-598A
2039-2048A
2049-2061A
Yamada, S. 2427-2437A
Yamada, W. 1309-1321A
Tadaki, T 2569-2579A Yamane, T. 873-876A
Takahashi. J 1102-1104A 1102-1104A
Takahashi, T. 929-936A Yang, L. 1991-2000A
Takasaki, A. 2491-2496A Yang, Q.M. 1941-1946A
Takezawa, K. 2621-2629A Yang, T.Y. 715-721A
Taneda, Y 2491-2496A Yang, Y.Q. 1941-1946A
Tanino, M. 911-918A 2601-2608A
Tauqir, A. 2421-2425A 2609-2614A
Taylor, P.R. 713-720B Yapu, W. 185-191B
Thoma, D.J. 230-233A Yeh, H.-W. 643-650A
Thomas, B.G. 527-547B Yong, Z. 1725-1731A
Thompson, S.W. 1147-1158A Yoon, D.Y. 2828-2831A
Thonstad, J. 661-668B Yu, HLL. 103-109B
Tian, Y.W. 103-109B Yu, T.-C. 2331-2340A
Tintillier, R. 629-635A Yue, S. 125-133A
Togashi, F. 531-537A 389-400A
Toguri, J.M. 637-644B
Tokuda, M. 703-711B
TTTTTTTTsssossssaautuueujiiezkjni,,maiig, ek hm,AHiiao S..,est.PLC rho ...i,, CK, .. TT.F. C 22771139218845203001331313250477----3179-77-39----52632011121180873100AAA4B42561 005826AAAAAA ZZZZZZaeehhhunnaaattgnnnen,gggre ,,,,r X,. JDHR-....HL L ... K . 4424497111004173636617-9589523-7---3--79944449-1--A016282411 632537766AABAAB934 578AAA
1991-2000A
Zhang, L. 223-225A
Ueda, Y.-I 741-7488 Zhang, W. 1875-1883A
Ullakko, K. 889-909A Zhang, W.-Z. 1865-1874A
Umeda, T 2815-2826A Zhang, X.H. 103-109B
2815-2826A Zhang, Y. 306-308B
University of 1102-1104A
Southern California Zheng, Y.-K. 2001-2007A
Langdon, T.G. 2309-2311A Zheng, Y.S. 1713-1723A
Upadhyaya, G.S. 2153-2160A Zhonghua, L. 1725-1731A
Ur, S.C. 871-874A Zhou, J.K. 103-109B
Utigard, T. 491-496B Zhou, M. 681-693B
Utigard, T.A. 43-51B Zhou, X.W 2555-2564A
Zhu, D.G. 1991-2000A
Zocco, T. 1579-1590A
Zurek, A.K. 2483-2489A
Valsan, M. 159-171A
van der Merwe, J.H. 1895-1903A
Van Der Merwe, P.F. 829-838B
Van Deventer, J.S.J. 303-306B
829-838B
Varin, R.A. 1703-1711A
Varma, S.K. 1325-1331A
Verma, A. 937-939B
Vidal, R. 351-358B
Vyrostkova, A. 267-275A
Wagniere, J.-D. 281-291B
Wagoner, R.H. 2723-2735A
2723-2735A

Volume 25 Metallurgical and Materials Transactions
Combined Subject Index
Abatement Microstructural Study of the Titanium Alloy Ti—15Mo—
See Corrosion prevention 2.7NbB—3AI—0.2Si (TIMETAL 21S). 1109-1118A
Abrasive wear, Microstructural effects Interstitial Precipitation in Fe—Cr—Al Alloys. 1135-1146A
Effect of Microstructure (Particulate Size and Volume Frac- Decomposition of Iron—Nickel Martensite: implications for
tion) and Counterface Material on the Sliding Wear Resis- the Low-Temperature (< 500°C) Fe—NI Phase Diagram. 1627-1637A
tance of Particulate-Reinforced Aluminum Matrix Fracture Toughness of Quaternary Al-Li-Cu-Mg Alloy Under
Composites. Mode |, Mode Ii, and Mode Ili Loading Conditions 2439-2452A
Absolute viscosity Aging (natural)
See Viscosity Aging of Freshly Formed Iron-Based Martensites at Low
Temperatures. (Review) 889-909A
Absorbance Agitati
See Absorption (material)
See Bubbling
Absorbing
See Absorption (material) Air, Environment
AbsoMordpetliionng (Hmyadtreorigaeln) , EnEtnrvy iarnodn mEexnitt ailn Meeftaflesc tsE xposed to Mul- Entvhierromnamlelnyt aFlo rgEeffde ctT iAoln -BRaosoe m-ATlleomyps.e rature Ductility of Iso-
tiple Charging Processes. 723-732A Air melting
Acid leaching See Melting
See Hydrochloric acid leaching Aircomatic welding
Actinide metal alloys See Gas metal arc welding
See Uranium base alloys Aircraft components, Materials selection
Actinide metals The Influence of SiC Particulates on Fatigue Crack Propaga-
See Uranium tion in a Rapidly Solidified Al-Fe-V-Si Alloy. 2453-2460A
Activation energy Aircraft components, Mechanical properties
Investigation of the Kinetics of Reduction of Nickel Tungstate The Orientation Dependence of Fatigue-Crack Growth in
by Hydrogen. 391-396B 8090 Aluminum—Lithium Plate. 575-588A
Activation entropy Aircraft components, Metal working
See Activation energy Superplastic Behavior of Thermomechanically Treated P/M
Entropy 7091 Aluminum Alloy. 2153-2160A
Activity (chemical) Aircraft equipment
Equilibrium Distribution of Fe, Ni, Sb, and Sn between Liquid See Aircraft components
A CUTush eedar nmdof odary CntaahOem -iRcRi ecmhSo tvuaSdllya g.oo ff BPhaoOs ph+ orBuasCl p Fr+o mC r2C0h3r omFiluuxme-s 645-651B AlkaSlei e mLeittahlisum
Containing Iron Melts. 695-701B Alkaline earth metal alloys
Activities of Fe,O in CaO-Alz03-SiO2-Fe,O ( 5%) Slags Satu- See Calcium base alloys
rated With Liquid Iron. 893-902B Magnesium base alloys
Thermodynamics of Boron in a Silicon Melt. 903-907B
Alkaline earth metals
Activity (chemical), Alloying effects See Barium
Thermodynamics of Oxyy gen and Nitrogen in Liquid Nickel Calcium
Equilibrated With CaO—TiO, and CaO—TiO,—Al203 Magnesium
Melts. All transfo!
Activity coefficients Mg—Pb Phase Diagram and Phase Transformations in the
See Activity (chemical) Intermetallic Compounds Mg2Pb and 9’. 265-275B
Acurad process Alloy powders, Mi uctui
See Die casting Surface Characterization and Reactivity of a Nitrogen Atom-
Adsorption ized 304L Stainless Steel Powder. 509-520A
Adsorption Kinetics of Dicyanoaurate and Dicyanoargentate Alloy steels
lons in Activated Carbon. 185-191B See Chromium steels
Nanocrystalline Iron Sintering Behavior and Microstructural High strength steels
Development. 677-685A Low alloy steels
Adsorption, Alloying effects Manganese steels
Solid-State Wetting of Graphite by Lead and Pb—Ni Alloys. 607-615A Molybdenum steels
Nickel steels
Aeration Precipitation hardening steels
Observations on the Effect of Medium Density and Viscosity
on the Rate of Induced Aeration in Agitated Vessels. 303-306B Alloying
See Mechanical alloying
Aerospace
Elevated Temperature Fracture of RS/PM Alloy 8009. |. Frac- Alpha annealing
ture Mechanics Behavior. 365-379A See Annealing
Aerospace industry Alpha iron, Alloying effects
See Aerospace Effect of Alloying Elements on the Solidification Characteris-
Age hardening tics and Microstructure of Ali—Si—Cu—Mg—Fe 380 Alloy. 437-448A
See Aging Alphatizing
Aging (artificial) See Annealing
Aging (natural)
Precipitation hardening AlumSeien a Aluminum oxide
Age hardening steels
See Precipitation hardening steels Aluminium
See Aluminum
Ageing
See Aging Aluminum, Alloying elements
Thermodynamics of Oxygen and Nitrogen in Liquid Nickel
Agents Equilibrated With CaO—TiO, and CaO—TiO,—Al203
See Catalysts Melts.
Aging Aluminum, Binary systems
See also Aging (artificial) Partition of Alloying Elements Between y (A1), y' (L12), and 8
Aging (natural) (B2) Phases in Ni—Al Base Systems. 473-485A
Strain aging
The Effect of Aging on Wear Characteristics of Rheocast- Aluminum, Casting
Leaded Aluminum Alloys. 851-856A Natural Convection in an Aluminum Ingot: a Mathematical
Multiphase Precipitation of Carbides in Fe-C Systems. I. lodel. 293-302B
Model Based Upon Simple Kinetic Reactions. 917-925B Mathematical and Physical Modeling Studies of Molten Alu-
Multiphase Precipitation of Carbides in Fe-C System. Il. minum Flow in a Tundish. 669-680B
A MDoidseclus sBiaosn edo n ont heK inFeotrimcast ioofn Coofm pBlaeinxi teR eaacntdi oOntsh.e r Precipi- 927-935B AiuAm iTnwuom-,P haCsoem poFlsoiwt eM odmealt erofi atlhse Stirring of Al SiC Composite
tPaatpeesr ) in Copper-Zinc and Silver-Zinc Alloys. (Conference 2621-2629A ThMee lMto.r phological Stability of Lateral Growth in Solid—Solid 607-618B
Aging (artificial) Phase Transformation During Thin-Film Interdiffusion in
Effects of Carbon Content and Ausaging on y = a’ Trans- Aluminum/Copper Bimetal Films. , 1613-1625A
formation Behavior and Reverse-Transformed Structure in Capillarity in Isothermal Infiltration of Alumina Fiber Preforms
Fe—Ni—Co—AI—C Alloys. With Aluminum. 2145-2152A
$-1
Aluminum
the , Kinetics of Molten Aluminum Into AlsTi Precipitation in Alg4FegTizg Alloy. 715-721A
Porous Titanium Carbide 2357-2370A The Effect of Thermal Exposure on Microstructural Stability
and Creep Resistance of a Two-Phase TIAI/TigAl Lamellar
Aluminum, Diffusion Alloy. 2371-2381A
Anomalous Diffusion of Aluminum in 6-Titanium. 873-876A
Aluminum base alloys, Mechanical
Aluminum, Extraction Discussion of “Grain Growth of a Sperplontt 7475 Aiumi-
Cyanide Inhibitors for the Carbon Cathode Materials in Alumi- num Alloy”. 221-223A
num Reduction Cells. 221-226B The Tensile Deformation Behavior of AA 3004 Aluminum
Physical Modeling Studies of Electrolyte Flow Due to Gas Alloy. 357-364A
Evolution and Some Aspects of Bubble Behavior in Ad- Elevated Temperature Fracture of RS/PM Alloy 8009. |. Frac-
vanced Hall Cells. |. Flow in Cells With a Flat Anode. 333-340B ture Mechanics Behavior. 365-379A
Physical Modeling Studies of Electrolyte Flow Due to Gas The Orientation Gappeaeian of Fatigue-Crack Growth in
Evolution and Some Aspects of Bubble Behavior in Ad- juminum—Lithium Plate. 575-588A
vanced Hall Cells. Il. Flow and Interpolar Resistance in The Elastic Strain Energy of Growth Ledges on Coherent and
—_ With a Grooved Anode. Partially Coherent Precipitates. 2073-2082A
nergy Effici i on Monopolar vs. Bipolar Fracture Toughness of Quaternary Al-Li-Cu-Mg Alloy Under
> Salt Electrolysis Cells. Mode |, Mode II, and Mode III Loading Conditions. 2439-2452A
Measurements of the Electrical Conductivity of Wood's Alloy
and Other Low Melting Point Alloys. Localu mM elbtaisnge ianl lAoiys—,M gM—eZltni—nAgl loys 521-530A
Aluminum, Mechanical properties An Internal Variable Description of lidification Suitable for
Elastic Compliance and Hill's Quadratic Yield Function for Macrosegregation Modeling. 597-605B
Weakly Orthotropic Sheets of Cubic Metals. 2835-2837A Aluminum base alloys, Metal working
Aluminum, Powder tech Anisotropic Plastic Potentials for Polycrystals and Application
Formation of Metastable and sages FookP hases During| i e to the Design of Optimum Blank Shapes in Sheet Forming. 1209-1216A
Alumicnhaunmi calb asAlel oyailnlgo yso,f AAl tomic maealiaes SRuetpluearrtepi loRanesssthiiiscpt sa Bnoecfhe a Svliinio pra TLorafme eTlehleanrr, mo mTieAclM-hiAtacirnoroi cyc-ra alclkyi ngT,r eaatnedd FrPa/cM- 1217-1228A
The Diffuse-Scatteriny tense for Investigating Locally Or- 7091 Aluminum Alloy. 2153-2160A
dered Binary Solid Effects of Texture Gradients on Yield Loci and Forming Limit
Aluminum base alloys, Casting Diagrams in Various Aluminum-Lithium Sheet Alloys. 2783-2795A
Effect of Alloying Elements on the Solidification Characteris- Aluminum base alloys, Microstructure
tics and Microstructure of Al—Si—Cu—Mg—Fe 380 Alloy. 437-448A Crystallographic Characteristics of the AlI—Co_Decagonal
The Cast Structure of a 7075 Alloy Produced by a Water- uasicrystal and Its Monoclinic Approximant 7?-Al;3C04. 47-56A
Cooling Centrifugal Casting Method. 643-650A
The Effect of Aging on Wear Characteristics of Rheocast- Aluminum bese alloys, Phase transformations
FaLtiegaudee d CrAalcukm inGurmo wtAhl loyRsa.t es and Fracture Toughness of 851-856A ApDpilsipclaatciivoen o FPf h athsee TThreaonrsyf orofm aMtairotnesn siin tSeu bsCtriytsuttailolnoalg raNpohnyf ert-o
P_ rDReuadripicintdgil ogy n So oSflo ilotdifidh fieifCci Foaeotldi uomAn nla—oiforn 8 .B5iotnFfoae rU—yEn 1qd.Auel2ril-VaoRy—xsie1.sd .e 7r STiMr aancAsrlioltosiyesog.nr egDautriionng 11005015--11006124AA Atmeroanomtucisiec o nAP Slailotpofeey rsP.)Cl oa(rtCreeo-snS fhearpeendc en TcrPeaa npasenfrdo, r mSRauetrvifioaencw e) PrRoedliuecft s.in (tCheo nfFeorr-- 11981471--11982526AA
Diffusion-Controlled Dendritic Alloy Solidification. 1081-1093A Aluminum base alloys, Phases (state of matter)
Solidification Macrostructures and Macrosegregation in Alu- Supersaturation of the Al2Y Laves Phase by Rapid Solidifica-
minum Alloys Cooled From Above. 1097-1102A tion 230-233A
Calorimetric Evaluation of Nonequilibrium State in As-Melt FurtherS c ant on the Solute Redistribution During Den-
ASlp—u8n. 4A8l,— 1a.n7d2 Aain—d1 1.A9l7— 3.a1t2. % aSti. %A llCouy s.A lloys and Al—6.74, 1102-1104A crye rode neidrifoic aBtieohn avoif oBri naorfy IArlolno-y- sC.o ntaining Intermetallic 731-7398
Microsegregation in Cellular Solidification. 2295-2301A pounds in 319 Aluminum Alloy. 1761-1773A
Aluminum base alloys, Cladding X-Ray Microscopic Observations of Metal Solidification Dy- 1775-1777A
TraLanssemri-sCsliaodn NEil—eActlr oBn roMnizcer oosnc oAplyu miSntuiduym oAfl loMya rAtAe3n3s3it.e s in 37-46A Effneacmtisc s.o f Precursor Matrix Events on Subsequent Nucle-
PrNoicceksesli nAgl,l oy MiFcPr-o5s tornu cAtlu rAel,l oy anAdA 33P3r.o perties of Laser-Clad 425-434B Alumiantiuonm. (bCaosnef eraellnocyes , PaPpoewrd) er technology 1933-1939A
Laser Cladding of Nickel-Aluminum Bronze on Al Alloy Evolution of Interaction Domain Microstructure During Spray
AA333. 749-759B Deposition. 2341-2355A
AluMmoidneulimn g baosf et hea lIlnoycso,r poCroamtipoons iotfe C ermaamteirci aPlasr ticulates in Me- NuAmteormiiczaeld AAlnIa-8l ywsti.s% oIfr ont hDer opRlaeptisd. Solidification of Gas- 2815-2826A
tallic Droplets During Spray Atomization and Coinjection. 135-147B Aluminum base alloys, fe ee (chemical)
Characterization of Anisotropic Elastic Constants of Silicon- Mae’ and Ther ic Properties of Y2O3 in LiF-—YF3
Carbide Particulate Reinforced Aluminum Metal Matrix el 91-96B
Composites. |. Experiment. 799-809A Interactions Between Drops of a Molten Aluminum )Lithium
Characterization of Anisotropic Elastic Constants of Silicon- _ and Liquid Water. 623-625B
CCaormbpiodsei tePsa.r tiIcI.u Tlahteeo ryR.e inforced Aluminum Metal Matrix 811-819A Hi Chha-rTgeemdpe Trwaot-uPrhea se@ ) (TigAli , TiAl Titanium ‘Aluminiygderso.g en- 2491-2496A
Effect of Microstructure (Particulate Size and Volume Frac-
tion) and Counterface Material on the Sliding Wear Resis- Aluminum base alloys, Welding
tance of Particulate-Reinforced Aluminum Matrix Characterization of a Diffusion-Bonded AlI—Mg Allloy/SiC In-
Composites. 969-983A terface by High Resolution and Analytical Electron Micros-
Cupbhico usA INMia trCiox mpCoomupnods itDeiss pePrrseepda reMda gbnye sRaipuimd- BSaolsieddif icAamtioorn-. 1323-1325A Alumicnopuym. bronzes, Claddings 617-627A
Role of Al2O3 Particulate Reinforcements on Precipitation in Transmission Electron Microscopy Study of Martensites in
2014 Aluminum-Matrix Composites. 1591-1602A Laser-Clad Ni—AI Bronze on Aluminium Alloy AA333. 37-46A
Forging Limits for an Aluminum Matrix Composite. |. Experi-
mental Results. (Conference Paper) 2027-2038A Aluminum compounds
Forging Limit for an Aluminum Matrix Composite. II. Analysis. See also Aluminum oxide
(Conference Paper) 2039-2048A Aluminum compounds, Composite materials
St2re0s1s4- SAtla/t1e5 vDoel.p%e nAdlegnOc3e Coomfp oSstirtaei.n -H(aCrodnefneirnegn ceB ePhaapveiro)r in 2049-2061A FibCerry stSatlr eAnlgptOh3 Fainbde r FRiebienrf/oMracteridx NiBgoAln dB asSetdre nCgotmhp osini tSeisn.g le 1259-1265A
Microstructural Analysis of Fracture Toughness Variation in
Eff2SeiXcCXt X W-ohSfi eHsrekiaeetrs s .T rAelautmmiennutm onA lltohye MCiocmrpoosstirutcetsu reR,e iTnefnosricleed PrWoitph- 2213-2223A AD emMSvitoenrlluayoc btpFudmireeabnnleu trm -S-RtaeRunieddnyi f noCofrfhoc areOrdcxa eicdtdNe airAtNlii izoAaCnIto imiMnop anoat s riaiotxfe .CI notmeprofsaic et eCso.a tingsA lui-n 12219111--12219196AA
wertt.i%e s,S i-a0n.d6 wFtr.a%c tuMrge/ SiBeCh/a1v0ipo rC oomfp oPseirtmea nCeanstti ng—: Al-10 2247-2263A MeTlitC- PPraortciecslsese.d Ni3Al Matrix Comp 2525-2534A
Low-Cycle Fatigue Properties of a SiC Whisker-Reinforced
2124 Aluminum Alloy. 2265-2274A Aluminum compounds, Extrusion
MiPcarrotmieclceh-aRneiicnafolr ceMdo deMleltianlg-M atofr ixR eiCnofmpoorscietmeesn.t Fracture in 2403-2420A DiDsuccutsilsiitoyn ofo f H"oTth-eE xtRroulde edo f MMeicchraonsitcraulcltyu reA lolno yeSdt reNnigAIt"h aanndd
The Influence of SiC Particulates on Fatigue Crack Propaga- Author's Reply. 2303-2305A
tion in a Rapidly Solidified Al-Fe-V-Si Alloy. 2453-2460A
FKrina1ec.tt5iuMcrg e/ STtiTuBodzuy g Choonfme psLosos wit-ofeT se.Dmi psecroanttiunrueo usTlrya nsRieeinntf orLcieqdui d AlP-h4aCsu-e 2461-2468A AluMmiitcnhrueozrsamt arluc ctoHuomrtep oFouDrengvidenslgo, pFo mf w ean teN ea r-Duyr inTgi taCnoinuvme ntAilounmailni dea.n d !so- 2753-2768A
Elaastiec Coonfs taann tAs luofm iSniuCm,/-ASli: C MeCaosmpuorseimteen.t s and Modeling. 22873025--22873154AA AluTmeinsniulme Dcucotmilpiotyu nodf sE,x triMnesicchaallnyi cTaolu gphreonpeedr tiientse rmetallics. 299-308A
Aluminum base alloys, Diffusion Low-Cycle Fatigue Behavior of Polycrystalline NiAI at 1000K. 309-319A
A fHuissitoonr y ino f Ptlhaet e CoFnotrrmoavteirosny AObvoevre thMeg Roalneds ao fC Sohmepaarr iasnodn Dioff- OErntdvheierrriomnnagml elyna tnadFl o rM eEcffheacnTti icAoalnl- BRaSosteor me-AnlTgleotmyhsp .ie nr La1t2u rCeub iDcu cTtiiltiatnyi uomf ITsroi-- 321-330A
tPhaep eArt,o mRiecv iMewe)c hanisms of These Processes. (Conference 1797-1819A Thea luEmfifneicdtse s.o f Hydrostatic Pressure on the Compressive Me- 449-451A
Aluminum base alloys, Heat treatment chanical Behavior of L12 Alg Ti-Based Intermetallic. 1703-1711A
Effect of Supereutectic Homogenization on Incidence of Po- Modeling Creep Deformation of a Two-Phase TIAI/TigAl Alloy
rosity in Aluminum Alloy 2014 Ingot. 111-122B With a Lamellar Microstructure. 2161-2171A
S-2
Atomizing
Low Cycle bie Behavior of Polycrystalline NigAl Alloys at Antifriction alloys
T 2469-2476A See Tin base alloys
Creep Characteristics of Single Crystalline NigA\(Ta,B). 2477-2482A
Microstructures and Mechanial Behavior of NiAl-Mo and —- Berner |s ystems
NiAI-Mo-Ti Two-Phase Alloys. 2769-2781A is of the In-Ga-Sb System. 2331-2340A
Aluminum compounds, Microstructure Antiphase boundaries
Discussion of eee Characterization of the Al-Co Long-Range Ordering in the Early Stages of Precipitation )a
oAleir3C:0 4".g y Quasicrystal and Its Ppt r- 2535-2538A TrBarniseff orRmeavtiiewo.n (CChoanrfacetreernicset icPsa peorf) a; Plates in Cu-Zn-Al Al- 2565-2568A
loys. (Conference Paper) 2581-2599A
Aluminum com; s,P owder technology
— of Residual Nickel in Mechanically Alloyed 871-874A Arc Sesper Payliansgm a spraying
Hiegrs-h.P erformance NigAl Synthesized From Composite Pow- 985-992A Sewee lWdesl ded joints
Evoution of interaction Domain Microstructure During Spray
Deposition. 2341-2355A A welding
See Gas tungsten arc welding
Aluminum compounds, Rolling
High-Temperature Deformation of B2 NiAl-Base Alloys. (Con- Arrhenius activation
ference Paper) 2017-2026A See Activation energy
Aluminum killed steels, Coating Artificial aging
Morphology Development in Hot-Dip Galvanneal Coatings. 937-947A See Aging (artificial)
Aluminum killed steels, Steel making Astroceram
Thermodynamics of Oxygen, Nitrogen, and Sulfur in Liquid See Ceramics
tron Equilibrated With CaO—Alz03—MgO Slags. Atomic diffusion
Aluminum oxide, Brazing See Diffusion
Spreading and interlayer Formation at the Copper-Copper Atomic s
Oxide/Polycrystalline Alumina Interface. 2497-2506A See Atomic structure
Aluminum oxide, Composite materials Electronic structure
Modeling of the Incorporation of Ceramic ee in Me- Atomic structure
tallic Droplets During Spray id Cc 135-147B The Diffuse-Scattering Method for Investigating Locally Or-
Effect of Microstructure (Particulate Size be Volume Frac- dered Binary Solid Solutions. 17-35A
tion) and Counterface Material on the Sliding Wear Resis- Determination of the Short-Range Order Structure of Au—25
tance of Particulate-Reinforced Aluminum Matrix at.% Fe Using Wide-Angle Diffuse Synchrotron X-Ray Scat-
Composites. 969-983A tering, 1561-1573A
Fiber Strength and Fiber/Matrix Bond Strength in Single The Phenomenological Theory of Martensite Crystallogra-
A CSrtyrsutcatlu raAll 2SOt3 udFyi beorf ORxeiidnaftoirocne d in Nai zZAli rBcaosneida- TCooumgphoesnietde s.A lu- 1259-1265A Thpeh y:R olIen teorfr elSattriuocntsuhrialp s.L e(dCgoensf eraesn cMei sPfaipte-rC)o mpensating De- 1787-1795A
mina Fiber-Reinforced NiAl Composite. 1291-1299 fects: FCC-BCC Interphase Boundaries. (Conference
Role of Al2O3 Particulate Reinforcements on Precipitation in Paper) 1895-1903A
2014 Aluminum-Matrix Composites. 1591-1602A Intrinsic Ledges at Interphase Boundaries and the Crystallog-
Forging Limits for an Aluminum Matrix Composite. |. Experi- raphy of Precipitate Plates. (Conference Paper) 1905-1915A
mental Results. (Conference Paper) 2027-2038A Discussion of "Crystallographic Characterization of the Al-Co
Fo(rCgionngf erLiemnicte foPra apne rA) luminum Matrix Composite. II. Analysis. 2039-2048A ADleycgaCg0o4n"a. l Quasicrystal and Its Monoclinic Approximant 72- 2535-2538A
Stress-State Dependence of Strain-Hardening Behavior in
Atomic structure, Alloying effects
2014 Al/15 vol.% Alz03 Composite. (Conference Paper) 2049-2061A Compositional and Microstructural Changes Which Attend
CapWiiltlha riAtly umini nIusmo.t hermal Infiltration of Alumina Fiber Preforms 2145-2152A bRieuhme.a ting and Grain Coarsening in Steels Containing Nio- 277-286A
Low-Cycle Fatigue of Dispersion-Strengthened Copper. 2235-2245A Transmission Electron Microscopy Crystal Structure Study of
Amorphous structure the Chromium-Rich Phase in a Laser-Clad Nickel Alloy. 487-497A
Structure of As-Deposited Iron—Zinc Coatings From Chlo- On the Prebainitic Phenomenon in Some Alloys. (Conference
ride Bath. 249-255A Paper) 1941-1946A
Thermodynamics and Kinetics of the Formation of
Amorphous structure, Cooling effects Widmanstatten Ferrite Plates in Ferrous Alloys. (Confer-
Cubic AINi Compound Dispersed Magnesium-Based Amor- ence Paper) 1947-1953A
phous Matrix Composites Prepared by Rapid Solidification. 1323-1325A Atomic structure, Cooling effects
Anisotropy Chemical Composition and Structural Identification of Eutec-
Characterization of Anisotropic Elastic Constants of Silicon- tic Carbide in 1% Manganese Ductile Iron. 911-918A
EffCCioacmriepbniotds eiM teeaPssa.ru triIelc.mu Tleahnteteo ryoR.f e iMnicfroorscterdu ctAurlaulm iSnuurmf aceM etAarle a MUastirinxg 811-819A AtomMuilct ispthrauscet urBei,n aDriyf fuDsiifofuns ieofnf ecint s Infinite and Semi-infinite
Trisector. 919-928A sMteadnitas. foIlr. FOonr mtahtei onN umoefr iPcraold ucCta lcPuhlaasteiso.n of the Rate Con- 753-761A
ElaWsetaikc lyC omOrptlhioatnrcoepi c anSdh eeHtilsl 'so f QCuuabdirca tiMce taYlise.l d Function for 2835-2837A Cryfsotramlaltoigorna pMheicc haTnhiesormise.s , (Cionntferefraecnec eS tPraucpteurr)e s, and Trans- 1821-1839A
Annealing Application of the Theory of Martensite Crystallography to
See also Homogenizing Displacive Phase Transformations in Substitutional Nonfer-
Spheroidizing rous Alloys. (Conference Paper, Review) 1841-1856A
Mechanism of Damping Capacity of High-Chromium Steels Atomic Site Correspondence and Surface Relief in the For-
and a-lron and Its Dependence on Some External Factors. 111-124A mation of * ptgmencig Transformation Products. (Confer-
Dinscuums siAlolno y”.o f “Grain Growth of a Superplastic 7475 Alumi- 221-223A Foernmcaet ioPna peorf) Invariant Plane-Strain and Tent-Shaped Surface 1917-1922A
Computer Algorithms for Radiometric Measurement of Tem- Reliefs by the Diffusional Ledge Mechanism. (Conference
perature During the Galvanneal Process. 449-4628 Paper) 1923-1931A
The Effect of Phosphorus Segregation on the Intermediate- Atomic structure, Heating effects
Temperature Embrittlement of Ferritic, Spheroidal Graphite Atom Probe Field lon eeney Study of the Partitioning of
Cast Iron. 557-561A During Tempering of a Low-Alloy
Thtee rEmfefteacltl iocf StCeoelm pCohuenmidsst ry ofo n Gtahle vaFonrnmeaatli-oCno aotf edFe -ZSnt eIenl- AgSitnege ! oMfa rFtreensshiltye . Formed |ron-Based Martensites at Low 499-508A
MoSrhpeheotlso. gy Development in Hot-Dip Galvanneal Coatings. 973271--974370AB FoTremmatpieorna tuarneds .S ta(bRielvitiye wo)f Metastable Structures and Amor- 889-909A
Auger Electron Analysis of the Initial Oxidation of Titanium Al- phous Phases in Pu—V, Pu—TA, and Pu—Yb Systems
uminides Based on Ti—48Al. 1041-1050A With Positive Heats of Mixing. 1579-1590A
Microstructural Study of the Titanium Alloy Ti—15Mo—
2.7Nb—3AI—0.2Si (TIMETAL_ 21S). 1109-1118A Atomic structure, Stress effects
interstitial Precipitation in Fe—Cr—Al Alloys. 1135-1146A Akistory of the Controversy Over the Roles of Shear and Dif-
Formation and Stability of Metastable Structures and Amor- fusion in Plate Formation Above Mg and a Comparison of
phous Phases in Pu—V, Pu—TA, and Pu—Yb Systems the Atomic Mechanisms of These Processes. (Conference
With Positive Heats of Mixing 1579-1590A Paper, Review) 1797-1819A
Dynamic Fracture Behavior ofT i—6Al—4V Alloy With Vari- Atomic structure, Temperature effects
ous Stabilities of 8 Phase. 1655-1666A The Grand Partition Function of Dilute Biregular Solutions. 703-711B
Interfacial Layer Development in Hot-Dip Galvanneal Coat-
ings on Interstitial Free (IF) Steel. 2101-2109A Atomization
The Effect of Thermal Exposure on Microstructural Stability See Atomizing
Aalnldo y.C reep Resistance of a Two-Phase TiAl/Tiz3Al Lamellar 2371-2381A AtoMmoidzeilnign g of the Incorporation of Ceramic Particulates in Me-
Anodes tallic Droplets During Spray Atomization and Coinjection. 135-147B
Physical Modeling Studies of Electrolyte Flow Due to Gas Surface Characterization and Reactivity of a Nitrogen Atom-
Evolution and Some Aspects of Bubble Behavior in Ad- ized 304L Stainless Steel Powder. 509-520A
vanced Hall Cells. Il. Flow and Interpolar Resistance in Fatigue Crack Growth Rates and Fracture Toughness of
Cells With a Grooved Anode. Rapidly Solidified Ai—8.5Fe—1.2V—1.7Si Alloys. 1005-1014A
$-3
Atomizing
Superplastic Behavior of Two Ultrahigh Boron Steels. 1241-1248A The Effects of Double Austenitization on the Mechanical
Evolution of Interaction Domain Microstructure During Spray Properties of a 0.34C Containing Low-Alloy Ni—Cr—Mo—
Deposition 2341-2355A V Steel. 545-555A
snaaaead Analysis of the Rapid Solidification of Gas- Effects of Widmanstatten Ferrite on the Mechanical Proper-
Atomized AI-8 wt.% tron Droplets. 2815-2826A ties of a 0.2% C—0.7% Mn Steel. . 763-773A
AttaScehie: Sehing \ntSrtaegerlas.n ular Ferrite Nucleation in Medium-Carbon Vanadium 929-936A
AtteSneuea tDiaomnp ing AutoS eeo xOixdiadtaitoino n
AttrSieteio nW ear AutSoedei ffDuifsfiuosni on
Naamatic control
see \r eEclterctorno n spAneacltyrsioss coofp tyh e initial Oxidation of Titanium Al- See Computer control
minides Based on Ti—48AI. 1041-1050A Automobile components
Austenite See Automotive components
The Phenomenological Th of Martensite Crystallogra- Automotive bodies, Coating
phy: Interrelationships. (Conference Paper 1787-1795A Structure of As-Deposited iron—Zinc Coatings From Chio-
The Chromium Equivalents of Ferrite Stabilizers in Commer- . fide Bath. 249-255A
cial Stainless Steels. 2827-2828A The Effect of Steel Chemistry on the Formation of Fe-Zn In-
Austenite, Alloying effects ter Comp of Galvanneal-Coated Steel
Effects of Carbon Content and Ausaging on y = a’ Trans- Sheets. 721-730B
formation Behavior and Reverse-Transtormed Structure in nto G Phase Transtormation in Electrodeposited \ron—Zinc
Fe—Ni—Co—AI—C Alloys. 63-71A Alloy Coatings. 1119-1125A
CoRmephoesaittiinogn ala nda nGdr aiMni crCoosatrrsuecntiunrga l inC hStaenegles s CoWnhtiacihni nAgt tNeinod- Automotive bodies, Mechanical properties
bium. 277-286A The Tensile Deformation Behavior of AA 3004 Aluminum
Morphological oe: * /a interface Formed by Carburiza- Alloy.
tion in Fe—C—X 531-537A Automotive components
Effects of austenite. Grain Size and rans |R ate on See also Automotive bodies
Widmanstatten Ferrite Formation in Low-Alloy Steels. 665-675A
Thnei teF. in(eC oSntfreurcetnucree aPnadp erF)o rmation Mechanism of Lower Bai- 1967-1980A ti its, Woefl dPii d Steel Sheet: Compu-
“tational Heamt-:T ransfer‘ Analysis. 415-4238
Austenite, Cooling effects
Softening and Microstructural Change Following the Dynamic Axial stress
IntRreacgrryasntualllairz aFteirorni teo fN uAculsetaentiitoen. in Medium-Carbon Vanadium 389-400A Thpeho logEyf fect ooff FeTrrriiatxiica l SpShterreosisd aoln GDruacpthiliittey Caansdt FIrraonc.t ure Mor- 821-825A
Steels. 929-936A Stress-State Dependence of Strain-Hardening Behavior in
2014 Al/15 vol.% AlzO3 Composite. (Conference Paper) 2049-2061A
Austenite, Deformation effects Flow Instabilities and Fracture iin nT i+ 6AI-4V Deformed in Com-
Effects of Precursor Matrix Events on Subsequent Nucie- pression at 298-673K. 2173-2179A
ation. (Conference Paper) 1933-1939A Modeling the Effects of Stress State and Crystal Orientation
Austenite, Diffusion effects on the Stress-Induced Transformation of NiTi Single Crys-
Diffusion in Growth of Bainite. (Conference Paper) 1957-1966A tals. 2383-2389A
Formation Mechanism of Bainitic Ferrite in an Fa \2% Si Backscattering, Diffusion effects
)0.6% C Alloy. (Conference Paper) 2009-2016A Formation of Invariant Plane-Strain and Tent-Shaped Surface
Austenite, Heating effects Reliefs by the Diffusional Ledge Mechanism. (Conference
Heat Treatment of Investment Cast PH 13-8 Molybdenum Paper) 1923-1931A
PAghTiSoetnsmagpip hneolorerfas utssFu r rSeeatssenh.edll y. C (aR|F|re.o vbIriosemnowe t)dhS eergmIrarelog na-AtBgiaiosnneg: d EKfinfMeeatcrittcses n.o snnit Fe se tiaqtu eL aonwd 868997--970094AA BactOebrosinea rltv haetl ieRoaanctshe i noognf Itnhed ucEfefde ctA erofa tiMoend iiunm A giDteantseidty Veasnsde lVsi.s cosity 303-3068
Fracture of Gas-Carburized Modified 4320 1229-1240A Bainite
Formation Mechanism of Bainite Ferrite and yn (Con- Growth Kinetics and High-Temperature TEM In Situ Observa-
ference Paper) 2001-2007A tion of Bainite in a Cu-Zn Alloy. (Conference Paper) 2609-2614A
AustFTrehanecirttumero,ed yTanneadmm pitechres a Ftooufrr mteah tei eoIfnrf oeno cft) sCS airgbmoan P)hZaisnec, SyMzs3tCe¢m,. and Aus- 569-578B A tDaitpseces urs)is ni oCno ppone r-thZei nFco rmaantdi oSni lvoefr -BZaiinnci teA lalonyds . Ot(hCeor, n fPerreecinpcie- 2621-2629A
tanitaF rom re i in an AIS\ 304L Stainless Steel. 1147-1158A Bainitelike Transformations in Some Oxide Ceramics. (Con-
ference Paper) 2647-2653A
eels, C
one of pe Microstructures on the Transient Bainite, Alloying effects
Current Response in Fe—Cr—Ni Alloys Ouring Scratch On the Prebainitic Phenomenon in Some Alloys. (Conference
Tests. 1325-1331A Paper) 1941-1946A
The Fine Structure and Formation Mechanism of Lower Bai-
Austenitic stainless steels, Diffusion nite. (Conference Paper) 1967-1980A
Interdiffusion Between Uranium—dZirconium Fuel vs. Se-
\ected Cladding Steels. 1649-1653A Bainite, Diffusion effects 1957-1966A
Diffusion in Growth of Bainite. (Conference Paper)
Austenitic stainless steels, Heat treatment Formation Mechanism of Bainitic Ferrite in an Fe )2% Si
Applicability of Bond Percolation Theory to Intergranular )0.6% C Alloy. (Conference Paper) 2009-2016A
Stress-Corrosion Cracking of Sensitized AIS| 304 Stainless
AustenSitteeilc. stainless steels, Irradiation 775-787A BainTFiiottream,na ituHimeo-anR tiicMnheg c hMeiafnnfeierscatlm s Pohfa sBeaisn itaen d Fetrhrei teN ucalneda tiCoanr biodfe .B ai(nCitoen.- 1603-1611A
Helium 3 Precipitation in AISI S16L Stainless Steel Induced by ference Paper) 2001-2007A
Radioactive Decay of Tritium: Microstructural Study of He-
lium Bubble Precipitation. 2117-2130A Bainite, Stress effects a
Helium 3 Precipitation in AIS! 316L Stainless Steel Induced by Short Fatigue Crack Growth Behavior in a Ferritic-Bainitic
Radioactive Decay of Tritium: Growth Mechanism of He- Steel. 2421-2425A
lium Bubbles. 2131-2143A Bainite, Temperature effects
Austenitic stainless steels, Mechanical properties Morphology of Bainite and Widmanstatten Ferrite. (Confer-
Some Aspects of Thermomechanical Fatique of AISI 304L ence Paper) 1981-1989A
SoSmtea inlAesspse ctStse elo.f |.T hCerremeopm—eFcahtaingiucea l DaFmaatgieg ue of AIS! 304L 401-406A Ball milling
ThSet aEifnfleecstss Sotfe eHl.y drlIo. gDeisnl oocna titohne MAercrhaanngiecmaeln tsBe.h avior of Aus- 407-413A Focrhmaantiicoanl oAfl lMoeytinags toafb lAel uamnidn uEmq uialnidb riMuamg nPehsaisuems PDuorwidnegr sM.e - 73-T79A
Fratcentiutriec Satnadi ntihees sF oSrtmeaetlis ona t oRf oSoimg maT emPphearsae,t urMeg.3 C¢, and Aus- 1015-1023A Mercehaacntiivcea lG aPsr oAcetsmsoisnpgh erofe sI.ro n Powders in Reactive and Non- 381-388A
tenite From Delta—Ferrite in an AISI 304L Stainless Steel. 1147-1158A Barium, Quaternary systems
Effect of Internal Heating During Hot Compression on the Thermodynamic Study of BaCuO2 and BaCuzOo2. 385-389B
Stress-Strain Behavior of Alloy 304L. 2737-2752A
Austenitic stainless steels, Phases (state of matter) BatcShe e aVnanceuaulimn ga nnealing
The Chromium Equivalents of Selected Elements in Austen-
itic Stainless Steel. 2675-2681A Bearing alloys
The Chromium Equivalents of Ferrite Stabilizers in Commer- See Bearing steels
cial Stainless Steels. 2827-2828A
Bearing steels, Mechanical properties
Austenitic stainless steels, Powder technology Effect of Microstructure (Particulate Size and Volume Frac-
Surface Characterization and Reactivity of a Nitrogen Atom- tion) and Counterface Material on the Sliding Wear Resis-
ized 304L Stainless Steel Powder. 509-520A tance of Particulate-Reinforced Aluminum Matrix
Austenitizing Composites.
influence of Tempering Temperature on Stability of Carbide Bend properties
Phases in 2.6Cr—0.7Mo—0.3V Steel With Various Carbon See Bend strength
Content. 267-275A Bending fatigue
Brittle fracture
Bend strength, Alloying effects Blast furnace slags, Phases (state of matter)
Microstructures and Mechanial Behavior of NiAl-Mo and A Thermodynamic Study of BaO + BaClo + CroO3 Fluxes
NiAI-Mo-Ti Two-Phase Alioys. 2769-2781A Used for the Removal of Phosphorus From Chromium-
Bend tests Containing tron Melts. 695-7018
Fracture of Glass in Tensile and Bending Tests. 961-968A Blast fi slags, R ti ich
Evaluation of Static and Dynamic Fracture Toughness in Duc- Kinetics in Muliticomponent Metallic Yon nee 579-587B
tile Cast Iron. 2427-2437A
Blast furnace slags, Recovering
Bendability Vanadium Distribution in Melts Intermediate to Ferroalloy
See Formability Production From Vanadiferous Slag.
Bending fatigue, Heating effects Blast furnace slags, Reduction (chemical)
Phosphorus and Carbon Segregation: Effects on Fatigue and An Analysis of Slag Stratification in Nickel Laterite Smelting
Fracture of Gas-Carburized Modified 4320 Steel. 1229-1240A Furnaces Due to Composition and Temperature Gradients. 491-496B
Thtee raRcotlieo no f ofM aMginsecshi uMme-tCaoln tiani nthien gI ntSeprhmeerdoiiadtiez erT emapnde raCtouurne- Blast furnaces
Intergranular Embrittlement of Ferritic Nodular tron. 2305-2309A Calcium Deoxidation Equilibrium in Liquid Iron. 33-42B
Bending strength Blasts (explosions)
See Bend strength See Explosions
Bending tests Blending
See Bend tests See Powder biending
Beneficiation Biunging
See Flotation See Mixing
Bi-polar cells Bohr model
Energy Efficiency Considerations on Monopolar vs. Bipolar See Atomic structure
Fused Salt Electrolysis Cells. 661-668B Bomb reduction
Biaxial stress See Reduction (chemical)
See Axial stress Bombs (pressure vessels)
Billet casting See Pressure vessels
On the Formation of Pipes and Centerline Segregates in Con- Bonding strength, Stress effects
tinuously Cast Billets. 123-1338 Fiber Strength and Fiber/Matrix Bond Strength in Single
Bimetals, Phases (state of matter) Crystal AlzO3 Fiber Reinforced NizAl Based Composites. 1259-1265A
The Morphological Stability of Lateral Growth in Solid—Solid Borides, Composite materials
Phase Transformation During Thin-Film Interdiffusion in Modeling of the incorporation of Ceramic Particulates in Me-
Aluminum/Copper Bimetal Films. 1613-1625A tallic Droplets During SprayA 7 an 135-147B
Binary systems, Phase transformations Room-Temperature Strength and Deformation of TiBo-
Mg—Pb Phase Diagram and Phase Transformations in the Reinforced Near-y Titanium Aluminides. 2181-2197A
TheIn tIenrvmaertiaalnlti c LCinoem paonud ndPrse ciMpgit2aPtbe aMnodr p8h’o. logy in FCC-BCC 265-275B Thpeorsmitael.- Mechanical Fatigue of Ti-48Al-2V Alloy and Its Com- 2207-2212A
Systems. (Conference Paper) 1865-1874A Fracture Toughness of Discontinuously Reinforced Al-4Cu-
1. 5Mag/TiB. Composites. 2461-2468A
Binary systems, Phases (state of matter) Boron, Dopants
Par(tBi2t)i oPn haofs eAsl loiyni nNgi —EAlle meBnatsse BSyesttweemesn. y (A1), 7’ (L12), and @ 473-485A Effects of Simultaneous Boron and Nitrogen Implantation on
Multiphase Binary Diffusion in Infinite and Semi-infinite Microhardness and Fatique Properties of Fe—13Cr—15Ni
Alloys. 193-202A
Media. II. On the Numerical Calculation of the Rate Con-
stants for Formation of Product Phases. 753-761A Boron, impurities
Formation and Stability of Metastable Structures and Amor- Thermodynamics of Boron in a Silicon Melt. 903-9078
phous Phases in Pu—V, Pu—TA, and Pu—Yb Systems
With Positive Heats of Mixing. 1579-1590A Boron compounds
See Borides
Bioleaching
See Bacterial leaching Boron intensified steels
Boron steels
BisAm utPhr,oc eAslsl ofyoirn gD ebeilsemmuetnhtisz ing Lead With Magnesium. 379-384B Boron steels, Powder technology
Superplastic Behavior of Two Ultrahigh Boron Steels. 1241-1248A
Bismuth, Ternary systems
Thermodynamic Study of the Bi—Ca—O Syste! 97-1018 Boundaries
Crystallization Studies of the 6” (Mg2Pb) Phase and Its Phase See Antiphase boundaries
Boundaries in the Po—Mg—Bi System. 255-263B Grain boundaries
Phase boundary
BlasHti gfhu-rTneamcpee racthuermei stIrsyo piestic Studies on the Ternary Slag Brasses, Mechanical properties
PbO—Si0.—B,03 at 1273K. 103-1098 Elastic Compliance and Hill's Quadratic Yield Function for
ATnhi erAorlnm toeErdqnyuanitlaiivmbeir caGtsei db obfWs itO—hxD yuCgheaenO,m— ANMlietzrt0ohgo3edn— ,M fgoarOn d t hSeSl uaClgafslu.rc uliant iLoinq uiodf 235-2448 BrasChsaeWresaa,ck tleMyri iczOrarottsihtoornt urocoptfi uIcr nehS ohemeotgse noefo Cuusb icEl asMteitca lsD.e formation With 2835-2837A
OAcxtiidveit iSesy stFermosm. the Redox Data for Iron Oxide in Ternary 277-280B HigXh--RRaeys oDliuftfiroacnt ioAnn.a lytical Electron Microscopy Study of Iso- 341-347A
CKihneemtiiccas l inE qMuuilliibtriicao mBpeotnweenetn MeStiallicloinc ajlnodn icS lSaygs tMeelmtss.. 459779--550847B8 t(hCeornmfaelr enPclea teP-aSphearp)e d Products in Some 6-Phase Alloys. 2569-2579A
A Thermodynamic Study of BaO + BaClo + Cr203 Fluxes
CUosnetda infionr g thIer onR eMmelotvsa. l of Phosphorus From Chromium- 695-701B BraOsnse st,he PPrheabsaien ittirc anPshfeonrommateinoonns in Some Alloys. (Conference
Improvement in the Reducibility of Wustite Assisted by the In- P 1941-1946A
tensified Surface Segregation of Calcium lons by the Dou- Ro... Consideration of Formation Mechanism of
ble Addition of CaO and SiQp. 741-748B a, Plate in 8Cu-Base Alloys. (Conference Paper) 2555-2564A
Transformation Characteristics of a; Plates in Cu-Zn-Al Al-
Blast furnace practice loys. (Conference Paper) 2581-2599A
ThHei gMhe-aTseumrpeermaetnutr e of Lithqeu idHse aatn-dT raSnoslfide r SuCrofeafcfeisc.i ent Between ThAel loFyosr.m a(tCioonnf erMeencchea niPaspme r)o f Plate in @ Cu-Zn and Cu-Zn-Al 2601-2608A
Blast furnace slags Growth Kinetics and High-Temperature TEM In Situ Observa-
The Measurement of the Heat-Transfer Coefficient Between ion of Bainite in a Cu-Zn Alloy. (Conference Paper) 2609-2614A
ThHeirgmho-dTyenmapmeircatsu rea ndL iqPuhiadsse anRde laStoiliodn s Suorff atchees . FeE—O—S— 43-51B StCudoyp peorn -Ztihne c-TArlaunsmfionrumma tiAollno y. Me(Ccohnafneirsemn ceo f Paa;p erP)l ates in a 2615-2619A
SiO(sat) System at 1200°C and the Effect of Copper. 79-898 A Discussion on the Formation of Bainite and Other Precipi-
High-Temperature Isopiestic Studies on the Ternary Slag tates in Copper-Zinc and Silver-Zinc Alloys. (Conference
PbO—SiO2—B203 at 1273K. 103-109B Paper) 2621-2629A
Thermodynamics of Oxygen, Nitrogen, and Sulfur in Liquid Mechanism of the Early Stages of a, Plate Formation in a Cu-
\ron Equilibrated With Ca0—Al,03—Mg0O Slags. 235-244B 39% Zinc Alloy. (Conference Paper) 2631-2637A
An Alternative Gibbs—Duhem Method for the Calculation of Braze
Activities From the Redox Data for Iron Oxide in Ternary See Brazing
Oxide Systems. 277-2808
CEhqueimliicbarli umE quOixliybgreian BPertewseseurne sS iloifc oInr ona nSdi liSclaatge MSellatgss.. 449673--540645BB BraSzeee bBornadziinngg
A Model for Estimation of Viscosities of Complex Metallic and Brazing
lonic Melts. 519-525B
Spreading and interlayer Formation at the Copper-Copper
Improvement in the Reducibility of Wustite Assisted by the In- Oxide/Polycrystalline Alumina Interface. 2497-2506A
tensified Surface Segregation of Calcium lons by the Dou-
ble Addition of CaO and SiO» 741-748B Brittle fracture, Microstructural effects
Measurements of High-Temperature Viscosities of Liquid Fracture and the Formation of Sigma Phase, M23C¢., and Aus-
Boron Trioxide. 876-881A tenite From Deita—Ferrite in an AIS! 304L Stainless Steel. 1147-1158A
S-5
Brittle fracture
Brittle fracture, Stress effects Thermodynamics and Kinetics of the Formation of
Coefficients of Thermal Expansion of Metal-Matrix Compos- Widmanstatten Ferrite Plates in Ferrous Alloys. (Confer-
ites for Electronic Packaging. ence Paper) 1947-1953A
The Fine Structure and Formation Mechanism of Lower Bai-
BritPtrloecneessssi,n g, Microstructure, and Properties of Laser-Clad nite. (Conference Paper) 1967-1980A
Nickel Alloy FP-5 on Al Alloy AA333. bon, Diffusion
, Environmental effects Diffusion in Growth of Bainite. (Conference Paper) 1957-1966A
Hydride Embrittlement in Zircaloy-4 Plate. |. Influence of Mi- bon,
crostructure on the Hydride Embrittlement in Zircaloy-4 at Effects of Simultaneous Boron and Nitrogen Implanta’
20 and 350°C. 1185-1197A Microhardness and Fatigue Properties of Fee taCr TSN
Alloys.
Brittleness, Heating eff
AlgTi Precipitation in AeaFesTios Alloy. 715-721A Carbon, Ternary systems
Brittleness, Stress effects Thermodynamics of the Iron )Carbon )Zinc System.
Fracture of Giass in Tensile and Bending Tests. 961-968A
Brittieness, T: effects See Carbides
Comparison of Orthorhombic and Alpha-Two Titanium Alumi- Carbon in process
nides as Matrices for Continuous SiC-Reinforced Compos- Adsorption Kinetics of Dicyanoaurate and Dicyanoargentate
ites. 1267-1283A tons in Activated Carbon. 185-191B
be — of Elution of Gold Cyanide From Activated
Bronzes 829-838B
See also Aluminum bronzes
tnm anganeses teels, Heat treatment
Bronzes, C — idmanstatten Ferrite on the Mechanical Proper-
Laser — of Nickel-Aluminum Bronze on Al Alloy ties of a 0.2% C—0.7% Mn Steel. 763-773A
AA333. 749-759B
Carbon manganese steels, Mechanical properties.
Bubbies = Fatigue Crack Growth Behavior in a Ferritic-Bainitic
Helium 3 Precipitation in AlSi 316L Stainless Steel Induced by tel. [phone]A
Radioactive Decay of Tritium: Growth Mechanism of He-
lium Bubbles. 2131-2143A Carbonma nganese steels, Phases (state of matter)
Bubbles, Radiation effects EfWfeicdtmsa nsotf atAtuesnt enFiertrei te GrFaoirnm atSiiozne ina nLdo w-ACololloiyn g SteRelast. e on 665-675A
Helium 3 Precipitation in AIS! 316L Stainless Steel Induced by
Radioactive Decay of Tritium: Microstructural Study of He- Carbon steels
lium Bubble Precipitation. 2117-2130A See also Carbon manganese steels
High carbon steels
Bubbii: Low carbon steels
LaRrgoeu-nSdc alVeer tiMceaal suBrubebmleen tPsl uomfe tsh e inP hLyisqiuciadls . Characteristics of 359-371B Medium carbon steels
Modeling of Metallurgical Emulsions. 855-864B Carbon steels, Casting
Calculation of Thermophysical Properties of Carbon and Low
Bulk modulus Alloyed Steels for Modeling of Solidification Processes.
Elastic Constants of SiC,/Al: Measurements and Modeling. 2832-2835A
Carbon steels, Phases (state of matter)
BuoSytaicnkciyng of Solids in Liquids. 397-403B Fofremraetnicoen PMapeecrh)a nism of Bainite Ferrite and Carbide. (Con-
Burdening Carbonizing (combustion)
See Blast furnace practice See Cone
Burning Carburization
See Combustion See Carburizing
Cakes (metal) Carburiz ing
See ingots Morphological ~~ of y/a Interface Formed by Carburiza-
Calcining tion in Fe—C—x Alloys. 531-537A
See Roasting Computer Simulation a Diffusion in Multiphase me 1127-1134A
Phosphorus and Carbon Segregation: Effects — ‘atigue and
Calcium, Alloying elements Fracture of Gas-Carburized Modified 4320S 1229-1240A
Calcium Deoxidation Equilibrium in Liquid Iron. 33-42B Development and Characterization of Interface— in
Calcium, Steel making Molybdenum-Reinforced NiAl Matrix Composites. 2111-2116A
Thermodynamics of Oxygen, Nitrogen, and Sulfur in Liquid Case carburizing
tron Equilibrated With CaO—Al203—MgO Slags. 235-244B See Carburizing
Calcium, Ternary systems Case hardening
Thermodynamic Study of the Bi—Ca—O System. 97-101B See Carburizing
Calcium base alloys, Reactions (chemical) Case hardness
Thermodynamic Estimation of AHP for CaGap Intermetallic. 151-154B See Surface hardness
Calculating Cast iron
See Computation See also Gray iron
Computer programs
Numerical analysis Cast iron, Heat treatment
The Effect of Phosphorus Segregation on the Intermediate-
Calculation Temperature Embrittiement of Ferritic, Spheroidal Graphite
See Computation Cast Iron. 557-561A
Computer programs
Numerical analysis Cast iron, Mechanical ies
The Effect of Triaxial Stress on Ductility and Fracture Mor-
Calorimetry phology of Ferritic Spheroidal Graphite Cast Iron. 821-825A
Standard Enthalpies of Formation of Some Praseodymium
Alloys of High-Temperature Direct Synthesis Calorimetry. 73-77B oo microprobes
Oxygen Potentials in Nickel + NiO and lectron probes
Nickel + Cr2O3 + NiCr20,4 Systems. 373-378B one
Capillarity See Billet casting
CapWiiltlha riAtly umini nIusmo.t hermal Infiltration of Alumina Fiber Preforms 2145-2152A CCheinltlr icfausgtailn g casting
Continuous casting
Carbides Ingot casting
See also Cemented carbides Melt spinning
Silicon carbide Pressure casting
CarbDiedveesl,o pmCeonmtp osanidt eC hmaaratcetieirailzsa tion of Interface Coatings in Slhaebo ccaassttiinngg
Molybdenum-Reinforced NiAl Matrix Composites. 2111-2116A Casting defects
CarSbeoen also Graphite Wautoeurs- MoSdlaebl iCnags teSrt.u dy of the Surface Disturbances in Contin- 227-233B
Casting defects, Cooling effects
CarbEIfnofffFCPnelooh,ecurna temt—ssnaeA eNctnlesitoil fo.o— noiy CfnCi a nBo2Trge.eb— h6omaAeCnpvlIr eie—ro—Cm0riCo e.nn 7ngatM tneAosdnTl- t le- oRmy-epas0vn.e. edr3 raVstA euu-rSsTteaer geailonn nsg Wf iSottorhan mb ieVlydai rt yi= oS utosrfa u’c CCtaTaurrrrbaebin osdn-ein 2676-32-7751AA AMMM ooipDdNdchuoeeryrtllosieiisin nncegggoag nlrS oeMotfPligh ricaetodr htipoeifeSs ierotcFntnrasoi tuieriictnsmoi t.anvCu tiertileoylof un lo DBafier on vfSa oeSrUlolyiln odiddiApeiflrmfili-ceocaRynatistti.sio oeninr n. MMoadcerlosCs aestgto rTeIhgroeanrtsmi. oo-n 12102059611535---4121-030167052971ABAA
Compositional and Microstructural Changes Which Attend Castings
Reheating and Grain Coarsening in Steels Containing Nio- See also Centrifugal castings
ium. 277-286A Chill castings
On the Prebainitic Phenomenon in Some Alloys. (Conference Ingots
Paper) 1941-1946A Pressure castings
S-6