1090 A91090 1095 A91095 1098 A91098 1100 A91100 1110 A91110 1120 A91120 1135 A91135 1145 A91145 1150 A91150 1170 A91170 1175 A91175 1180 A91180 1185 A91185 1188 A91188 1190 A91190 1193 A91193 1198 A91198 1199 A91199 1200 A91200 1230 A91230 1235 A91235 1250 A91250 1260 A91260 1275 A91275 1285 A91285 1345 A91345 1350 A91350 1370 A91370 1385 A91385 1435 A91435 1445 A91445 1450 A91450 2001 A92001 2002 A92002 2003 A92003 2004 A92004 2005 A92005 2006 A92006 2007 A92007 2008 A92008 2009 A92009 2010 A92010 2011 A92011 2014 A92014 2017 A92017 2018 A92018 2020 A92020 2021 A92021 2024 A92024 2025 A92025 2030 A92030 2031 A92031 2036 A92036 2037 A92037 2038 A92038 2048 A92048 2090 A92090 2091 A92091 2117 A92117 2124 A92124 2214 A92214 2218 A92218 2219 A92219 2224 A92224 2304 A92034 2319 A92319 2324 A92324 2419 A92419 2519 A92519 2618 A92618 3002 A93002 3003 A93003 3004 A93004 3005 A93005 3006 A93006 3007 A93007 3008 A93008 3009 A93009 3010 A93010 3011 A93011 3012 A93012 3013 A93013 3014 A93014 3015 A93015 3016 A93016 3017 A93017 3102 A93102 3103 A93103 3104 A93104 3105 A93105 3107 A93107 3203 A93203 3204 A93204 3207 A93207 3303 A93303 3307 A93307 4002 A94002 4004 A94004 4006 A94006 4007 A94007 4008 A94008 4009 A94009 4010 A94010 4011 A94011 4013 A94013 4014 A94014 4015 A94015 4032 A94032 4043 A94043 4044 A94044 4045 A94045 4046 A94046 4047 A94047 4104 A94104 4145 A94145 4147 A94147 4343 A94343 4543 A94543 4643 A94643 5005 A95005 5006 A95006 5010 A95010 5013 A95013 5014 A95014 5016 A95016 5017 A95017 5034 A95034 5039 A95039 5040 A95040 5042 A95042 5043 A95043 5049 A95049 5050 A95050 5051 A95051 5052 A95052 5056 A95056 5058 A95058 5082 A95082 5083 A95083 5086 A95086 5087 A95087 5091 A95091 5110 A95110 5149 A95149 5150 A95150 5151 A95151 5154 A95154 5180 A95180 5182 A95182 5183 A95183 5205 A95205 5210 A95210 5249 A95249 5250 A95250 5251 A95251 5252 A95252 5254 A95254 5280 A95280 5283 A95283 5305 A95305 5310 A95310 5349 A95349 5351 A95351 5352 A95352 5356 A95356 5357 A95357 5451 A95451 5454 A95454 5456 A95456 5457 A95457 5505 A95505 5552 A95552 5554 A95554 5556 A95556 5557 A95557 5605 A95605 5652 A95652 5654 A95654 5657 A95657 5754 A95754 5854 A95854 6002 A96002 6003 A96003 6004 A96004 6005 A96005 6005A A96005 6006 A96006 6007 A96007 6008 A96008 [...]... A 970 49 70 50 A 970 50 70 51 A 970 51 70 55 A 970 55 70 60 A 970 60 70 64 A 970 64 70 70 A 970 70 70 72 A 970 72 70 75 A 970 75 70 76 A 970 76 70 79 A 970 79 70 90 A 970 90 70 91 A 970 91 71 04 A 971 04 71 08 A 971 08 71 09 A 971 09 71 16 A 971 16 71 29 A 971 29 71 46 A 971 46 71 49 A 971 49 71 50 A 971 50 71 75 A 971 75 71 78 A 971 78 71 79 A 971 79 72 29 A 972 29 72 77 A 972 77 7 278 A 972 78 74 72 A 974 72 74 75 A 974 75 8001 A98001 8004 A98004 8005 A98005 8006 A98006 80 07 A980 07. .. A96463 676 3 A9 676 3 6863 A96863 6951 A96951 70 01 A 970 01 70 03 A 970 03 70 04 A 970 04 70 05 A 970 05 70 08 A 970 08 70 09 A 970 09 70 10 A 970 10 70 11 A 970 11 70 12 A 970 12 70 13 A 970 13 70 14 A 970 14 70 15 A 970 15 70 16 A 970 16 70 17 A 970 17 7018 A 970 18 70 19 A 970 19 70 20 A 970 20 70 21 A 970 21 70 22 A 970 22 70 23 A 970 23 70 24 A 970 24 70 25 A 970 25 70 26 A 970 26 70 27 A 970 27 7028 A 970 28 70 29 A 970 29 70 30 A 970 30 70 31 A 970 31 70 39 A 970 39 70 46 A 970 46 70 49... S5 4043 SG11P 6151 SG121 4032 ZG62 70 75 ZG62 Alclad Alclad 70 75 France (Normes Francaises) A5/L 1350 A45 1100 A-G1 5050 A-G0.6 5005 A-G4MC 5086 A-GS 6063 A-GS/L 6101 A-M1 3003 A-M1G 3004 A-U4G 20 17 A-U2G 21 17 A-U2GN 2618 A-U4G1 2024 A-U4N 2218 A-U4SG 2014 A-S12UN 4032 A-Z5GU 70 75 Germany (Deutsche Industrie-Norm.) E-A1995 1350 AlCuBiPb 2011 AlCuMg0.5 21 17 AlCuMg1 20 17 AlCuMg2 2024 AlCuSiMn 2014 AlMg4.5Mn... strength by precipitation The most prominent systems are: Al-Cu-Mg, Al-Cu-Si, and AlCu-Mg-Si, which are in the 2xxx and 2xx.x groups (wrought and casting alloys, respectively); Al-Mg-Si (6xxx wrought alloys); Al-Si-Mg, Al-Si-Cu, and Al-Si-Mg-Cu (3xx.x casting alloys); Al-Zn-Mg and Al-Zn-Mg-Cu (7xxx wrought and 7xx.x casting alloys); and Al-Li-Cu-Mg (8xxx wrought alloys) In each case, the solubility of... 20 17 324A 4032 372 B 6063 71 7, 72 4, 73 1A 6063 74 5, 5014, 5084 2618 5090 2024 5100 Alclad 2024 Italy (Unificazione Nazionale Italiana) P-AlCu4MgMn 20 17 P-AlCu4.5MgMn 2024 P-AlCu4.5MgMnplacc Alclad 2024 P-AlCu2.5MgSi 21 17 P-AlCu4.4SiMnMg 2014 P-AlCu4.4SiMnMgplacc Alclad 2014 P-AlMg0.9 56 57 P-AlMg1.5 5050 P-AlMg2.5 5052 P-AlSi0.4Mg 6063 P-AlSi0.5Mg 6101 Spain (Una Norma Espanol) A199.5E 1350 L-313 2014 L-314... P-AlMg2.5 5052 P-AlSi0.4Mg 6063 P-AlSi0.5Mg 6101 Spain (Una Norma Espanol) A199.5E 1350 L-313 2014 L-314 2024 L-315 2218 L- 371 70 75 Switzerland (Verein Schweizerischer Maschinenindustrieller) Al-Mg-Si 6101 Al1.5Mg 5050 Al-Cu-Ni 2218 Al3.5Cu0.5Mg 20 17 Al4Cu1.2Mg 20 27 Al-Zn-Mg-Cu 70 75 Al-Zn-Mg-Cu-pl Alclad 70 75 Physical Metallurgy of Aluminum Alloys Introduction THE PRINCIPAL CONCERNS in the physical metallurgy... E-AlMgSi0.5 6101 AlZnMgCu1.5 70 75 Germany (Werkstoff-Nr.) 3.02 57 1350 3.1655 2011 3.1305 21 17 3.1325 20 17 3.1355 2024 3.1255 2014 3.35 47 5083 3.3206 6063 3.2245 4043 3.32 07 6101 3.4365 70 75 Great Britain (British Standard) 1E 1350 91E 6101 H14 20 17 H19 6063 H20 6061 L.80, L.81 5052 L.86 21 17 L. 87 20 17 L.93, L.94 2014A L.95, L.96 70 75 L. 97, L.98 2024 2L.55, 2L.56 5052 2L.58 5056 3L.44 5050 5L. 37 20 17. .. 70 10 Al Zn4.5Mg1 70 20 Al Zn8MgCu 70 49A Al Zn6CuMgZr 70 50 Al Zn5.5MgCu 70 75 Al Zn7MgCu 71 78 Al Zn5.5MgCu(A) 74 75 Austria (Austrian Standard M3430) A199 1200 A199.5 1050 E-Al 1350 AlCuMg1 20 17 AlCuMg2 2024 AlCuMg0.5 21 17 AlMg5 5056 AlMgSi0.5 6063 E-AlMgSi 6101 AlZnMgCu1.5 70 75 Canada (Canadian Standards Association) 990C 1100 CB60 2011 CG30 21 17 CG42 2024 CG42 Alclad Alclad 2024 CM41 20 17 CN42 2018 CS41N... A98008 8009 A98009 8010 A98010 8013 A98013 8014 A98014 8015 A98015 8016 A98016 80 17 A980 17 8018 A98018 8020 A98020 8021 A98021 8022 A98022 8030 A98030 8040 A98040 8050 A98050 8 076 A98 076 8 077 A98 077 8 079 A98 079 8081 A98081 8090 A98090 8091 A98091 8111 A98111 8112 A98112 8130 A98130 8 176 A98 176 8 177 A98 177 8211 A98211 8 276 A98 276 8280 A98280 International Alloy Designations Historically, all major industrialized... than does strain-hardened-only (H1x) material (see Table 2 for example) Table 2 Tensile-property data illustrating typical relationship between strength and elongation for non-heattreatable alloys in H1x versus H2x tempers Alloy and temper Tensile strength Yield strength MPa MPa ksi ksi Elongation, % 3105-H14 172 25 152 22 5 3105-H25 179 26 159 23 8 3105-H16 193 28 172 25 4 Fig 5 Strain-hardening curves . A 970 75 70 76 A 970 76 70 79 A 970 79 70 90 A 970 90 70 91 A 970 91 71 04 A 971 04 71 08 A 971 08 71 09 A 971 09 71 16 A 971 16 71 29 A 971 29 71 46 A 971 46 71 49 A 971 49 71 50 A 971 50 71 75 A 971 75 71 78. 70 29 A 970 29 70 30 A 970 30 70 31 A 970 31 70 39 A 970 39 70 46 A 970 46 70 49 A 970 49 70 50 A 970 50 70 51 A 970 51 70 55 A 970 55 70 60 A 970 60 70 64 A 970 64 70 70 A 970 70 70 72 A 970 72 70 75 A 970 75. 70 15 A 970 15 70 16 A 970 16 70 17 A 970 17 70 18 A 970 18 70 19 A 970 19 70 20 A 970 20 70 21 A 970 21 70 22 A 970 22 70 23 A 970 23 70 24 A 970 24 70 25 A 970 25 70 26 A 970 26 70 27 A 970 27 70 28 A 970 28