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4 _ 4 NASA Technical Memorandum 100675 A Compendium of Sources of Fracture Toughness and Fatigue Crack Growth Data for Metallic Alloys - Part m C. Michael Hudson and Sue K. Seward |kASA-IM-IO0675) A CC_PF._DIUA .ACTUHF TC.UGEN_C R_L ATIGC EA_A FC _E'IALL_IC AL'I'C_S, _'I "" P September 1988 NalionalAeronauticsand SpaceAdministration Lang./P.m=chCenWr Hampton,Virginia23665-5225 CI 5CURCE3 CF N89-10 1_5 C_ACK GROWIH ,3 |gA3A) CSCL 11F G3/26

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In references ! and 2, the authors presented the first two parts of their compendium of sources of fracture toughness and fatigue crack growth data. Because of the many requests received for copies of these references, the authors have compiled Part III of the compendium. Part III concentrates on both technical reports and technical journals published in 1979 and 1980. The reports and journals published before 1979 were extensively reviewed for references I and 2. The reports and journals published after 1980 will hopefully be reviewed for subsequent parts of the compendium. The reader should note that none of the references cited in references I ana 2 are included herein. Table I lists the journals reviewed and the periods covered during this review. Table II lists the abbreviations used for the various references. Table III lists the materials for which data were located, and the corresponding references. The reader is again cautioned not to use the data indiscriminately. The reader should ensure that all factors affecting fracture and/or fatigue crack growth behavior are adequately considered in using the data sources in Table III. Where available, accession numbers have been included with the references. These accession numbers (which are listed in brackets at the ends of the references) are the code numbers for ordering these reports. The sources for ordering these reports are listed below:

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Accession Number Source xxAxxxxx American Institute for Aeronautics and Astronautics SS_)West S7th Street (12fl,tloor) Net York, NY 10019 AD-xxxxxxL Defense Technical Information Center Defense Logistics Agency Cameron Station Alexandria, VA 22314 USA AD-xxxxxx National Technical Information Service 5285 Port Royal Road Springfield, VA 22161 USA xxNxxxxx NASA Scientific and Technical Information Facility P.O. Box 8757 B.W.I. Airport, MD 21240 USA -2-

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Table I. JournalsReviewed, Over Periods Shown ASME- Journal of Engineering Materials Techno Iogy and O_:t. 1979- Oct. 1980 Industry Feb. 1980 - Nov. 1980 ASME- Journal of Engineering for Technology Aug. 1979 - Nov. 1980 ASME - Journal of Pressure Vessel Cryogenics Engineering Fracture Mechanics E xper imen ta I Mechanic s Fatigue of Engineering Materials and Structures International Journal of Fracture Journal of Material Science Metals Science Metallurgical Transactions A -3- Feb. 1980 - Dec. 1980 1780 Feb. 1980 - Dec. 1980 1980 Feb. 1980 - Dec. 1980 Dec. 1979 - Dec. 1980 Jun. 1980 - Dec. 1980 Feb. 1980 - Dec. 1980

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Nuclear Technology WeldingJournal, Research Supplement Jan. 1980- Dec. 1980 Feb, 1980 - Dec. 1980 Table II. Abbreviations AFFDL Air Force Flight Dynamics Laboratory Wright-Patterson Air Force Base, OH 45433 USA AFML Air Force Materials Laboratory Wright-Patterson Air Force Base, OH 45433 USA AGARD Advisory Group for Aeronautical Research and Development 7 rue Ancelle, 92200 Neuilly Sur Seine, France AIAA American Institute of Aeronautics and Astronautics 1290 Avenue of the Americas New York, NY 10019USA AIME American Institute of Mining, Metallurgical and Petroleum Engineers 345 East 47th Street New York, NY 10017 USA -4-

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AMMRC Army Materials and Mechanics Research Center Watertown, MA 02172 USA ASME American Society of Mechanical Engineering 345 East 47th Street New York, NY 10017 USA ASTM American Society for Testing and Materials 1916 Race Street ' Philadelphia, PA 19103 USA Cf_,YO Cryogenics EFM Engineering Fracture Mechanics EM Exper i men tal Mechanics FEMS Fatigue of Engineering Materials and Structures IJF International Journal of Fracture JEMT Journal of Engineering Materials and Technology JMS Journal of Materials Science JPVT Journal of Pressure Vessel Technology • --5--

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MEQ Metals Engineering Quarterly MS Metal Science MT Meta llurg ica I Transact ions NASA National Aeronautics and Spac e Administration Scientific and Technical Information Office Washington, DC 20546 USA NRL Naval Research Laboratory Washington, DC 20375 USA SAE Sac iety of Automot ive Eng ineer_i /185 Lexington Avenue New York , NY 10017 USA WJ Welding Journal -6-

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TABLE III. Materials andReferences Cited for Fracture Toughness and Fatigue Crack Growth Data A.i Aluminum and Its Alloys; Fracture Toughness A357-T6 3,4 AZS(.;-T6 6 AZSGU-T73 6 AZ74.61 -T7 7 DI6T 5 DTD-SO24-T6 7 V95-TI 5 ZK 141 10 2014-T651 I O, 13 2024-T3 5,14-16 2024-T8 18 2024-T351 , 19 2124-T851 17,22,23 2219-T851 24,25 2618-T651 26 70 t 0-T7365 i 8,29 7050-T736 7 7050-T73651 22,31,32 AK4-I T 1 5 AZSGU-T6 _ 6 AZ8GUZr-T6 6 CT-91 -T7E70 8 DI6-TI 5 RR58 9 VAD-231I 5 2014-T6 5,11,12 2020-T6 5 2024-T6 5,17 2024-T86 5 2048-T851 17,20,21 2219-T87 I0, I I 2618-T6 2 I 6061 -T651 20,27,28 7049-T7351 I 30 7050-T7351 I 30 7075-T0 5 7075-T6 5,14,15,18,24,33,34 7075-T7 35 7075-T76 33 7075-T651 5,25,35-38 7075-T6351 19 7075-T73511 30 7079-T651 21 7075-T73 33 7075-T7351 24 7079-16 5,7 7178-I'6 18 -I'-

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7475-T76 39 7475-T7351 22,31 7475-T761 16,34 A.2 Aluminum and It's Alloys; Fatigue Crack Growth A357-T6 3,4,8 2017-T4 41 2024-T351 46 2124-T851 23,47 2219-T851 47-53 2618-T6 21 5083-0 54-56 7010-T73651 8,29 70_9-T73511 30 7050-T73511 30 7 075-T6 41,44,46,51,58-61 7075-T73 51,62 7075-T7351 64 7075-T73651 65,66 7475-T761 40 RRS8 9,40 2024-T3 42-45 2048-T851 21 2618-T651 26 5_56-H343 57 7049-T73 51 7050-T73 29 7075-T651 37,63 7075-T73511 30 7079-T651 21,48,67 B I. Iron and Steel Excepting Stainless Steel; Fracture Toughness ASTM A7 68 ASTM A203 71 ASTM A217 19,27 -8- AST/V', A36 68-70 ASTMA216 19,72,73 ASTM A242 68

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ASTM A302 74-79 ASTW,A387 79-81 ASTM A441 68 ASTM A469 27 ASTM A471 19,27,72,79,83,84 ASTM AS08 74,77,85-439 ASIM A517 70,71,92 ASTM A353 71 ASTM A440 68 ASTM A453 27 ASTM A470 19,22,27,82 ASTM A516 87,90,91 ASTM A533 18,19,71,73-79,85,87,88,90,93- I ASTM A537 71,77 AST/¢,A542 71 AST/¢,A558 68 ASTM A633 91 AISI 1020 105 AISI 1340 5 AISI 3140 5 AISI /-1330 5 AISI 4335 108 ASTM A540 27,77,87 ASTW, A543 9O ASTM A572 70 AISI 1018 105 AISI 1035 68 AISI 2340 5 AISI /1140 24,106 AISI 4330+2Si 107 AISI 4340 5,14,22,75,79,92,98, 109-I I 5 AISI 4340+ I.SAI +Si 107 AISI 98B40 5 AGCM-225 5 Airsleel X-200 S AMS 6434 5 F3S 1501-271 119 D6AC 5,22,32,121 En 25 123 ERNiCr-3 125 -9- AISI 5140 5 AISI 52100 I16,117 AGCX - 7 5 AM 355 II BS 970 118 CMS-9 120 En 8 122 En 30 124 Fe 460 96,97

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Fe 510 96,97 H-S0 126 HP-9-4-.20 128 HST-140 126 MY-130 70,120,129,130 Iron, cast nodular 132,133 JISSPV50 135 MelIon X-2 5 Peerless56 5 Steel, mild 136 Steel, tool 137 St E47 97 TeneIon 138 UnimochI I 5 VKS-I 5 U8 5 /V',n-Cr-Mo-V 5 2.2.5 Cr-Mo 19,79,125,140-142 3.5 Hi 143 4 Cr-C 145 5Ni 147 S Mn-I Ni 148 9 I',li 147-149 10 Cr-2.5 Mo 150 20 5 20 Cr-2.5 /V,o-V 150 35 NiCrMo 16 151 -10- H-II 124 ttF-I 22,112,127 HP-9-4-.25 24,73 HY-80 129 HY-180M 131 Iron,gray cast 132,134 MBt¢_C-I 5 N-II 5 Steel, carbon 80 Steel, mild-high S 75 Steel, weld 74 STPT 49 87 Tricent 5 Vascojet 1000 5 VL-ID 5 X-70 139 Ni-Cr-Mo 31 4Cr 144 4Ni-Cr-Mo-V 146 5 Mn 148 5 Mn-3 I',li 148 10 Ni 130 12 Ni 24 20 Mn 150 35 GS 5 40KhN 5

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3 5 80C 152 350M 154 17C 152 300M 5,153,154 B2. Iron and Steel Excepting Stainless Steel; Fatigue Crack Growth ASTW, A I06 155 ASTM A302 156 ASTM A387 159, 160 ASTM A470 162 AST/¢_ A508 157,164-167 ASTM A516 157,165 ASTM AI55 155 ASTM A333 157,158 ASTM A469 16 I ASTM A471 163 ASTM A514 168 ASTM A533 46,65,66,99, 100,103,156,157,164,169-I 73 ASTM A542 159 ASTM A633 91 AISI 4140 175 ASTM A543 156 AISI 1015 172,174 AISI 4340 47,65,66,1 I0,I 15,176,177 AF 1410 178 BS 968 179 13S 1719 cI.E6 179 15S 4360 47,180,181 D6AC 121 FV 520 183 t-tP-9-4-.20 183 HT-80 47,56 BS 15 9 BS 970 179 BS 2901 179 BS 4461 182 EN 24 65 G40. I I 171,172,174 HP-9-4-.30 51,184 HY-80 175 47 ,I 75,185,186 Ir on,duct i le 187 HY-130 Iron, gray cast 187 -11- JIS SM50B 41

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SPCC 41 Steel, cast 187 SAweId 157 X-65 47,193 Cr-Mo-V 194,195 2NiCrMoV 196 3 I/2 NiCrMoV 196 9Ni 149,183 I0Ni-Cr-Mo-Co 183 18Ni 183 SMS8Q 47,188 Steel,mild 41,179,189-191 WT60 192 X-70 47 Mn-Moweld 157 2 I/2 Cr-Mo-V 197 4Ni-Cr-Mo-V 146 10Ni 47 12Ni 183 300M 46,47,51,62,65,66,159,184 CI. StainlessSteel; Fracture Toughness AISI 301 5,10 AISI 310 5 AISI 403 19,27 AFC 77 18 Pyromet-538 27 Phi7-4 130 Fe-21Cr-6Ni-gMn 200 C2. Stainless Steel; Fatigue Crack Growth AISI 304 100, 156,158,164,165, AISI 309 183 AISI 304 152,198-200 AISi 316 75,95,198,201-203 AISI 310S 27 I<romarc-58 27 PhiS-7Mo 5 Ph 17-7RN 5 30CrNiMo 8 204 170, 183,191,205-209 AISI 310 205 AISI 316 156,164,173,183,201,205,209-2 IS -12-

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AISI 321 183 P h 14-8 Mo 183 Phl5-7Mo 183 Ph 17-7 183 Ate, 355 183 FV535 197 24/20 183 AISI 403 183 Ph 15-5 183 PhlT_ 40,183 AM 350 183 AM 367 183 22/13/5 183 DI. Titanium and Its Alloys; Fracture Toughness 216 Ti-6AI-2Sn-4Zr-6Mo Ti-SAI-2.5Sn 14,217 153 Ti-3AI-8V-6Cr-4Zr_Mo Ti-6AI-4V 5,18,22,24,32,84,130,216-222 l i-6 A I-4V-0.02 Y 222 Ti-6AI-4V-0. I Er 222 Ti-6AI-4V-2Sn 5,24 T i-6AI-4Zr-2Sn-0.5Mo-0.5V .5,24 "[i-6AI-6V-2.5Sn 5 Ti-7AI-2Cb-I To 130 T i - I OV-2Fe-3 A I 153 Ti-13V-I I Cr-3AI 217 T i-38644 227 I/¢,1 550 229,230 Titanium, pure 15,217 -13- Ti-6AI-4V-O.05Y 222 Ti-6AI-4V-2Mo 5 Ti-6AI-4Zr-2Mo 24 Ti-6AI-6V-2Sn 223 T i-6.5AI-5Zr- I V 24 Ti-8AI-I Mo-I V 217,224 Ti-I I Sn-4Mo-2.25AI-0.2Si 225 T i- 155A 5,226 Corona 5 8,228 IMI 551 230 VTI4 5

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D2. Titanium and Its Alloys; Fatigue Crack Growth Ti-6AI-2Cb-I To-O.8Mo 231 T i-6AI-2Nb-11 a-0.8/rio 232 Ti-6AI-2Sn-4Zr-6Mo 216 Ti-6AI-4V 40,47,51,61,216,219-221,232-236 Ti-6AI-6V-2Sn 237 Ti-8AI-I Mo-I V 47,234,235,238 Ti-30V 238 El. Nickel and Nickel Ailoys_ Fracture Toughness t I1q-792 8 Inconel 706 27 Inconel X-750 79,239 E2. Nickel and Nickel Alloys; Fatigue Crack Growth Ast roloy 240,241 IH 100 60, 245-247 Inconel 718 210,21 1,240,249-2S6 Inconel 738 257-259 Inconel 792 8 Nimonic 105 197 Rene 95 240 Udimet .500 257,258 Waspaloy 240,245-247,251,262 -14- Ti-7AI 238 Ti-27V 238 Ti_OV 238 Inco LEA 27 Incone I 718 120 Hostelloy X 242 -244 IN 600 248 Inconel X750 21 I ,260 NASA II B-7 247 Nimonic 115 240 X40 257 Udimet 700 210,211,261

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FI. Copper and Copper Alloys; Fracture Toughness I_1oReferences F2. Copper and Copper Alloys; Fatigue Crack Growth Brass, alpha 263 Bronze, ABS (Types 2, 4&5) 265 Copper I 91,264 G. Magnesuim and Magnesium Alloys Ha References Brass, 70:30 264 H. Beryllium and Beryllium Alloys, Fracture Toughness Beryl lium, pure 266 Beryllium S-200 73 I. Molybdenum and Molybdenum Alloys No References -15- Beryl lium, P-O,P-I &P-I 0 267,268

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J, Zirconium andZirconium Alloys No References K. Cobalt and Cobalt AIIoys_ Froclure Toughness X-40 258 -16-

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REFERENCES I . C.M. IHudson and S.K. Seward, IJF, 14 (1978) RISI-RI84 (78A4 7590). 2. C.M. Hudson and S.I<. Seward, IJF, 20 (1982) Rsg-P,117. 3. C.K. Gunther, Cast Metals for Structural and Pressure Containment Applications, Metals Properties Council MPC-I I (1979) 315-329. 1 CI.K. Gunther, AFWAL-TR-80-3021 -PT2 (I 980) (80N31530). 5. G.P. Chore,ahoy, Mechanics of Brittle Fracture (1979), (AD-B014813L). 6. A. Andrzejewski and V. PIuvinage, Analytical and Experimental F-feature Mechanics, Sijhoff and Noordhoff (1981) 725-735 (83A21098). o R.J.H. Wanhili, L. Schra and H.P. Van Leeuwen, National Aerospace Laboratory Report rqLR MP 77040U (1978) (79NI6968). . O. Dee I, AF WAL-TR-80-4103, (1980) (81 N25194). 9. J.C. Radon, P.M,S.T. de Castro and L.E. Culver, European Colloquium on Fracture (ECF 2), Darmstadt, 31 1-336. October 9-11, 1978, VDI-Verlag GmbH (I 978) I0. I-I. Terada, E. Nakai and Y. Kakuta, Japan Society for Aeronautical and Space Sciences, Transactions, 21 (1979) 182-193 (79A3217 I). II. T.W. Orange, NASA TP-17S3, 1980 (81N11717). 12. F_I.B. Anderson, NASA TMX-52079 (1965)(79N73784). 13. A. Arieli, Y. ailed and A. Bias, SAMPE Quarterly, I (1980) 16-21 (80A24623). 14. C.M. Carman, Iron and Steel Institute Publication 120, Unwin Brothers Ltd. (I 970) 116-126. 15. H. Ghonem and J.W. Proven, EFM, 13 (1980) 963-977 (81A11943). 16. D.E. McCabe end R.H. Heyer, Linear Fracture Mechanics, Envo Publishing Co. (I 975) 189-203. 17. R. Bunch, M.A. Hamstad end A.K. Mukkerjee, Lawrence Livermore Laboratory Report UCRL-81879 (I 979) (79N31387). 18. L.P. Peak _Jnd P,.A. Smith, Fracture Mechanics Current StcHus, Future Prospects, Pergamon Press (1979) 29-67 (80A49465). 19. J.D. Landes and J.A. Begley, Post-Yield Fracture Mechanics, App lied Science Publishers, LTD (1979) 211-253. -17-

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1. 1_3.8. Chisholm and D.L. Jones, Dynamic Fracture Toughness, The Welding Institute (I 977) 85-93. 21. M.O. Speidel, Stress Corrosion Research, Sijthoff and Noordhoff (I 979) II 7-176 (80A26516). 22. L.M. Barker and F.I. Baratta, AMMRC-TR-79-19 (I 979)(80N76775). 23. C.L. Harmsworth and G.J. Petrok, AFML-TR-79-4205 (1979) (80N2 IS 12). 24. C.N. Freed, Iron and Steel Institute Publication 120, Unwin Brothers L_td (I 970) 29-34. H.L. Marcus, AFOSR TR-80-0233 (I 980) (801',124427). J. Petit, N. Ranganathan and J. de Fouquet, Fracture and Fatigue, Pergamon Press (I 980) 329-337 (82AI7245). 27. P.C. Paris, H. Tada, A. Z(hoor and H. Ernst, Elastic-Plastic Fracture, STP 668, American Society for Testing and Materials (1979)5-36 (79A51152). 28. L.M. Barker, National Science Foundation Report NSF RA-780080 (I 978) (79N 16316). 29. R.R. Cervey, AF WAL-TR--80-t¢094 (1980) (81N 16220). 30. G.J. Petrak, AFWAL-TR-80-4079 (1980) (81N 16223). 3:. D. Munz, Elastic-Plastic Fracture, STP 668, American Society for Testing and Materials (1979) 406-425 (79A51167). W. Schutz, AGARD-LS-97 (1979)7-I--7-II (79N20415). J. Waldman, L).T. F_orabaugh and H.V. Suliuski, Army Armament Research and Deve lopmen t Command Report ARSCD-TR-81016 (AD-B059195L). 34. K. Schulte, K.H. Trautmann and H. Nowack, ArmIxtical and Experimental Froc ture Mechanics, Sijhoff and Noordhoff (I 98 l) 477-488 (83A21098). J.A. Vlasveld and J. Schijve, FEMS, 3, (1980) 129-145 (81A16602). L.M. Barker, National Science Foundation Report NSF RA-780081 (1978) (79N 16315). 37. H.F. DeJong, EFM, t3 (1980) 17.5-192. 38. F. Strei! and I. Finne, EM, 20 (1980) 17-23. 39. W.(.,.J. '! Hart, National Aerospace Laboratory Report NLR rl_, 76103u (1978) (79NI6966L W. Schutz, AGARD-LS-97 (I 979) 3-1--3-13 (79N20411 ). H.-G. Noock and K. Seifert, Analytical and Experimental Fracture Mechanics, Sijhoff and Noordhoff (I 98 I) 365-374 (83A21098). -18-

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1. J. Schijve, Fracture Mechanics; Current Status, Future Prospects, STP 700, American Society for Testing and Materials (I 980) 3-34 (81A 18777). J. Schijve, Technische Hogeschool/Viemorandurn M-336 (t 979)(80N24643). R.J.I-t. Wanhill, National Aerospace Laboratory Report NLIR MF 78015U (1978) (79N32596). J. Schijve, Delft University of Technology Report LR-282 (I 979)(79N33498). L.R. Kaisand and D.F. Mowbray, J. Testing and Evaluation, 7 (1979) 270-280 (79A50012). J.M. Krafft, NP, L Memo Report 4161 (I 980) (80N26432). H.L. Marcus, Fatigue and Microstructure, American Society for Metals (1979) 365-383 (80A26738). 49. R.P. Wei, P.S. Pao, R.G. Hart, T.W. Weir and C.W. Simmonds, Office of Naval Research Repot t TR-9 (I 979) (80N 10519). 50. R.P. Wei, N.E. Fenelli, K.D. Unongst, and T.T. Shih, JEMT, 102 (1980) 280-292 (80A45669). R. Bad, fiance, EFM, 13 (1980) 657-666 (80A48068). J.P. Gallegher, Fracture Mechanics, University Press of Virgnio (1978) 541-557 (79A 17550). 53. R.P. Wei, P.S. Pao, P,.G. Hart, T.W. Weir and G.W. Simmons, MT, II A (1980) IS I -158 (80A22542). $4. J. Arai, Y. Ino and H. Iwaki, Twenty-Fourth Japan Congress on Mcsterials Research, Society of Materials Science, (1981) 155-161 (82AI 1976). 55. J.G. Kaufman, R.J. Bucci and R.A. Kelsey, JEMT, 102 (I 980) 303-314. 56. S. hiatsuoka und K. Tanaka, EFM, 13 (1980) 293-306 (80A36080). 57. H.P. Chu, J.A. Hauser and J.P. Sikora, David Taylor Navel Ship R & D Center Report DTNSRDC-79/102 (1979) (N80-21497). 58. J. Schijve, National Aerospace Laboratory Report NLR MP 79006U (I 979) (79N21448). 59. R. Sunder, Fracture Mechnics in Engineering Applications, Sijthoff and Noordhoff In ternational Publishers (1979) 217-225 (80A53437). 60. J.J. t¢,cGowon and H.W. Liu, JEMT, 202 (I 980) 341-346 (81AI2263). 61. R. P. Wei, Linear Fracture Mechanics, Envo Publishing Co. (I 975) 287-302. 62. R. Bada liance, h'_ixed-Mode Crack Propagation, Sijthoff and Noordhoff (198 I), 77-98. -19-

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C.R. Soft, AFFDL-TR-79-3184(I 980)(80N27353). C. Elangovan,C.J. Lof, G. Reibaldi and S.B. Welt, Numerical Methods in Fracture Mechanics, Pineridge Press (I 980) 671-686. 65. F_.O. l{itchie, [.nvironment-Sensitive Fracture of Engineering Materials, The Metallurgical Society of AINiE (1979) 538-564 (80AI4566). Deleted. S.E. LeBeau and D.J. Duquette, Rensselaer Polytechnic Institute (1978) (79N 14 198). 68. R. Roberts, Aplication of Fracture Mechanics to Design, Plenum Press (1979) 165-212 (79A26980). 69. R. Roberts, G.V. Krishna and J. Nishanian, Fracture Mechanics: Current Slatus, Future Prospects, STP 700, American 552-577. (81AI8776). Society for Testing and Materials (I 980) 70. J.M. Barsorn, Dynamic Fracture Toughness, The Welding Institute (I 977) 113- 125. A.W. Pense, WJ, 59 (I 980) 311 s-32Ss. J.D. Landes ar_t D.H. Shaffer, Fracture Prospects, STP 700, American Society (81A 18776). Mechanics: Current Status, Future for Testing and Materials (I 980) 368-382 73. E.T. Wessel, W.K. Wilson and W.G. Clark, Linear Fracture Mechanics, Envo Publishing Co. (1975) 205-251. 74. W.L. Server, Elastic-Plastic Fracture, and Materials (1979) 493-514 (79ASI ISI). 75. P. Brozzo and G. Buzzichelli, Analytical STP 668, American Society for Testing and Experimental Fracture Mechanics, Sijhoff and Noordhoff (t981) 45-79 (83A21098). 76. F.J. Loss and C,. Angelino, Analytical and Experimental Fracture Mechanics, Sijhoff and Noordhoff (I 98 I) 291 -304 (83A21098). 77. W.L. Server and W. Oldfield, Electric Power Research Institute Report EPRI-NP-933 (I 978) t79N28303). 78. W.L. Server, I_.A. Wullaert and R.O. Ritchie, JEMT, 102 (I 980) 192-199 (80A32474). 79. I-1. Takahashi, /vi.A. Khan, and M. Suzuki, J. Testing and Evaluation, 8 (1980) 63- 67. -20-

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8Q. R.IE. Rai, N.K. Ray, P.K. Roy, B.J. Ansari and S.K. Banerjee, Fracture Mechanics in Engineering App lications, Sijthoff & Noordhoff (1979) 151 -158 (80A53426). L.A. J_mes, JEM T, 102 (1980) 187-191. G.A. Clarke and T.T. Shih_ Ductility and Toughness Considerations in Elevated Temperature Service, Metal Properties Council Report MPC-8, ASME (1978) 187-1_7. 83. P.C, Paris, H. Tada, H. Ernst and A. Zahoor, Elastic-Plastic Fracture, STP 668, American Society for Testing and Materials (1979) 251-265 (79A51161). P.W. Early and S.J. Burns, IJF_ 16 (I 980) 397410 (80AS2843). W.A. Logsdon_ Ductility and Toughness Considerations in Elevated Temperature Service, Metal Properties Council Report MPC-8, ASME (1978) 149-165. 86, W.A. Logsdon , Elastic-Plastic Fracture, STP 668, American Society for Testing and Materials'(1979) 51S-536 (79A51151). 87. S. Susukida, M. Sarah, K. Ando, Y. Sakaguchi, A. Fukuhara, J. Tanabe and Y. Ando_ Fourth International Conference on Pressure Vessel Technology_ Mechanical Engineering Publications Limited, I (1980) 361-368. 88. H. Tsukada, T, Iwadate, Y. Tanaka and S. Ono, Fourth International Conference on Pressure Vf_ssel Technology, Mechanical Engineering Publications Limited, 1 (I 980) 369-374. 89. G.T. Hahn, P.iL. Gehlen, R.C,. Hoagland, J. Lereim_ M.W. Kanninen, C. Popelar, C.W, Marshal I and A.R. Rosenfield, U.S. Nuclear Regulatory Commission_ NUREG/CR-0583 (I 979) (79N24382). 90. A.D. Wil_on, Elastic-Plastic Fracture, STP 668, American Society for Testing and Materials (I 979) 469-z_92 (79A51151). 91. A.D. Wil_n, .IEMT, 102 (1980) 269-279. 92. J.I. Bluhm, Linear Fracture Mechanics_ Envo Publishing Co., (1975) 129-173. 93. M.G. Vassilaros, J.A. Joyce and J.P. Gudas, Fracture Mechanics: Current Status, Future Prospects, STP 700p American Society for Testing and Materials (1980) 251-270 (81AI8776). 94. S.J. Garwood, Fracture Mechanics: Current Status, Future Prospects, STP 700, American Soclety for Testing and Materials (I 980) 271 -295 (81A 18776). 95. B.W. Pickles, Second European Colloquium on Fracture (ECF 2), Darmstadt, October 9-1 I, 1978 VDI-Verlag GmbH (1978) 130-143. 96. W. Oahl and A. Krabiell, Second European Colloquium on Fracture (ECF 2), Darmstadt, October 9-11, 1978, VDI-Verlag GmbH (1978) 226-243. -21-

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1. D.J. Michel and H.H. Smith, NRL Memo Report 4282 (I 980) (80N32493). 214. D.J. Michel and H.H. Smith, NRL Memo Report 3936 (1979] (79N28295). 215. G.J. Lloyd and J.D. Walls, EFM, 13 (1980) 897-91 I. 216. J.C. Chestnutt, A.W. Thompson and J.C. Williams, AFML-TR-78-68 (I 978) (79N21188). 217. O.H. Salmon, National Physics Laboratory (England) Report NPL QU 53 (I 979) (80N23448). 218. T. Kishi, H.S. Park, H. Horiuchi, T. Kakimi, M. Nakanose and T. Tanabe, Titanium '80, Science and Technology, Metallurgical Society of AIME, 3 (I 980) 1709-1718 (81 A41618). 21_. C.G. Rhodes, Rockwell International Science Center Report SC5056.5 rR (t 980) (80N25417). 220. C.G. Iqhodes and N.E. Paton, Rockwell International Science Center Report SCSOS6.4FR (I 979) (79N28298). 221. R.R. Bayer and R. Bajoraitis, AFML-TR-78-131 (I 978) (79N33307). 222. C.R. Whitsett, S.M.L. Sastry, J.E.O'Neal and R.J. Lederrich, McDonnell Douglas Research Laboratories Report MDC-Q0654 (I 978)(79NI9147). 223. H.J. Rack and J.W. Munford, Environment Sensitive Fracture of Engineering Materials, The Metallurgical Society of AIME (I 979)284-302 (80AI4559). 224. K.S. Chan and D.A. Koss, Office of Naval Research Technical Report No. 9 (I 979) (79N3233 I). 225. K.T. Lee and f4.T.J. Hubbard, Iron and Steel Institute Publication 120, Unwin Brothers ktd (1970) 127-129. 226. C.M. Ward-Close and C.J. Beevers, MT, t lA (1980) 1007-1017 (80A51838). 227. H. J. Rack, Titanium '80, Science and Technology, Metallurgical Society of AIME, 3 (1980) 1627-1635 (81A41610). 228. F.H. Fraes, C.F. Yolton, J.C. Chesnutt, C.H. Hamilton and W.T. Highberger, Mechanical Behavior of Materials, Pergamon Press, Ltd, 3 (I 980) 403-5, 12 (80A52178). 229. R.F. Vaughan, P.A. Blenkinsop and H.A. Hall, Titanuim _30,Science and Technology, Metallurgical Society of AIME, 3 (1980) 1645-1651 (81A4 1612). 230. R.J.H. Wanhill, National Aerospace Laboratory Report NLR TR 78143U (I 978) (80N31548). 231. R.J. Goode and R.W. Judy, Jr., Application of Fracture Mechanics to Design, Plenum P tess (I 979) 213-231 (79A26980). -28-

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1. C.R. Crowe and D.F. Hosson, Titanium for Energy and Industrial Applications, The Metallurgical Society of AIME (1981) 93-110. 233. C.G. Rhodes, Titanium '80, Science and Technology, Metallurgical Society of AIME, 3 (1980) 1691-1700 (81A41616). 234. G.R. Yoder, L.A. Cooley and T.W. Croaker, NRL Memo Report 4120 (1979) (80N 18452). 235. R.J.H. Wanhill, National Aerospace Laboratory, NRL MP 78009U (I 977) (79NI8015). 238. G.C. Sih and 8.M. Barthelemy, EFM, 13 (I 980) 439-45 t (80A48053). 237. N.R. Moody and W.W. Gerberich, 238. D.A. Koss, AFOSf< TR-78-1517 239. W.J. Mills, Hanford Engineering (80Iq21515). MS, 14 (1980) 95-100 (80A27425). (1978)(79N20235). Development Lab Report HEDL-SA 1818 (I 979) 240. S. Floreen, Creep-Fatigue-Environment-Interactions, The Metallurgical Society of AIME (1980) 112-128 (83A32650). 24 I. R.M. Pelloux and J.S. Huang, Creep-Fatigue-Environment-Interactions, The Metallurgical Society of AIME (I 980) 151 -16/4 (83A32650). 242. T. Weerasooriya and J. P. Strizak, Oak Ridge National Laboratory Report ORNL/TM-7255 (I 980) (80N31839). 243. T. Weerusooriya, Oak Ridge National Laboratory Report ORNL/TM-6999 (1979) (80N20386). 244. d.S. Huang and IR.M. Pelloux, MT, I IA (1980) 899-904 (80A51833). 245. M.J. Larsen and C.G. Annis, Jr., Effect of Load Spect,um Variables on Fatigue Crack Initiation and Propagation, Materials (1980) 9t-107 (81A21735). STP 714, American Society of Testing and 246. J.M. Larsen, B.J. Schwartz and C. G. Annis, Jr., AFML-TR-79-4159 (80N28365). 247. B.A. Cowles, D.L. Sims, J.R. Warren Gnd IR.V.Minor, Jr.,3EMT 202 (I980) 356- 363 (81A12266). 248. W. kloffelner,J. Physics E-Sci. Insts.,13 (I980) 617-619 (80A40548). 249. W..J./viiIIs,Hanford Engineering Development Laboratory HEDL-TME 78-98 (1979) (801q16151). 250. H.H. Smith and D.J. Michel, Ductility and Toughness Considerations in Elevated Tempe,ature Service, Metals Properties Council Report MPC-8, ASME (1978) 225-246. -29-

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Report Documentation Page I. Report No 2. Government Accesston NASA TM-100675 4. Title and Subtitle A Compendium of Sources of Fracture Toughness and Fatigue Crack Growth Data for Metallic Part Ill 7 Author(s) C. Michael Hudson and Sue K. Seward 9 Perform0ng Organization Name and Address NASA Langley Research Center Hampton, VA 23665 12. Sponsoring Agency Name and Address National Aeronautics and Space Administration Washington, DC 20546 15. Supplementary Notes 16 Abstract sources of fracture toughness and fatigue This technical memorandum presents crack growth data for metallic alloys. 17. Key Words (Suggested by Authorls)) Fracture toughness, fatigue crack growth, data 19. Security Classif. (of this report) 20 Security Classif. (of this page) UNCLASSIFIED UNCLASSIFIED No. 3. Recipient's Catalog No. 5. Report Date September 1988 Alloys - 6 Performing Organization Code 8. Performing Organization Report No. 10 Work Unit No 505-63-01-05 11. Contract or Grant No. 13. Type of Report and Period Covered Technical Memorandum 14 Sponsoring ,gency Code 18, Distribution Statement Unclassified - Unlimited Subject Category 26 ', 21 NO. of pages 22. Price A03 NASA FORM lil OCT 86 For sale by the National Technical Information Service, Springfield, Virginia 22161-2171