Volume 01 - Properties and Selection Irons, Steels, and High-Performance Alloys Part 3 pot

... Nickel and Nickel Alloys Beryllium-Copper and Beryllium-Nickel Alloys Cobalt and Cobalt Alloys Magnesium and Magnesium Alloys Tin and Tin Alloys Zinc and Zinc Alloys Lead and Lead Alloys ... etc. I. ASM International. Handbook Committee. II. Title: ASM Handbook. TA459.M 43 1990 620.1'6 9 0-1 15 ISBN 0-8 717 0 -3 7 7-7 (v.1) SAN 20 4-7 586 ISBN 0-8 717 0 -3 8 0-7 Printed in the United States ... present volume is to document these advances as they pertain to the properties and selection of cast irons, steels, and superalloys. A companion volume on properties and selection of nonferrous alloys, ...

... W/(m · K) Shrinkage, % 1 0-2 0 32 0 -3 80 4 6-5 5 2-5 5 0-5 2 1. 8-2 .2 2 0 -3 0 38 0-4 50 5 5-6 5 2-6 4 8-5 0 2. 0-2 .6 4 0-5 0 45 0-5 00 6 5-7 3 3- 6 3 8-4 2 3. 2-4 .6 Thermal Expansion. For irons ... 41.0 ( 23. 69) 39 .40 (22.76) 37 .30 (21.55) 35 .20 (20 .34 ) Compacted 4.1 43. 54 (25.15) 43. 12 (24.91) 40.19 ( 23. 22) 37 .68 (21.77) 35 .17 (20 .32 ) Spheroidal 4.2 32 .34 (18.68) 34 .75 (20.08) 33 .08 ... °C ( 930 °F) 3. 8 50.24 (29.02) 48.99 (28 .30 ) 45.22 (26.12) 41.87 (24.19) 38 .52 (22.25) Flake 4.8 53. 39 (30 .84) 50.66 (29.27) 47 .31 (27 .33 ) 43. 12 (24.91) 38 .94 (22.49) 3. 9 38 .10 (22 .01) ...

... 0.050 G1 030 0 1 030 0.2 8-0 .34 0.6 0-0 .90 0.040 0.050 G1 035 0 1 035 0 .3 2-0 .38 0.6 0-0 .90 0.040 0.050 G1 037 0 1 037 0 .3 2-0 .38 0.7 0-1 .00 0.040 0.050 G1 038 0 1 038 0 .3 5-0 .42 0.6 0-0 .90 0.040 ... SAE-AISI number Corresponding AISI number C Mn P S Si Ni Cr Mo V G 133 00 133 0 133 0 0.2 8- 0 .33 1.6 0- 1.90 0. 035 0.040 0.1 5- 0 .35 . . . . . . . . . . . . G 133 50 133 5 133 5 0 .3 3- 0 .38 ... . G 133 50 133 5 133 5 0 .3 3- 0 .38 1.6 0- 1.90 0. 035 0.040 0.1 5- 0 .35 . . . . . . . . . . . . G 134 00 134 0 134 0 0 .3 8- 0. 43 1.6 0- 1.90 0. 035 0.040 0.1 5- 0 .35 . . . . . . . . . ....

... 12inclusive - 0.05 - 0.002 -0 .08 -0 .0 03 -0 .10 -0 .004 - 0. 13 - 0.005 -0 . 13 -0 .005 > ;3 8-6 4 inclusive >112 -2 12 inclusive - 0.08 - 0.0 03 -0 .10 -0 .004 -0 . 13 -0 .005 - 0.15 - 0.006 ... -0 .15 -0 .006 -0 .18 -0 .007 - 0.20 - 0.008 -0 .20 -0 .008 >15 2-2 03 inclusive > 6-8 inclusive - 0.15 - 0.006 -0 .18 -0 .007 -0 .20 -0 .008 - 0. 23 - 0.009 -0 . 23 -0 .009 >20 3- 2 29 ... > 8-9 inclusive - 0.18 - 0.007 -0 .20 -0 .008 -0 . 23 -0 .009 - 0.25 - 0 .010 -0 .25 -0 .010 Hexagons cold drawn To 19 inclusive To 3 4inclusive - 0.05 - 0.002 -0 .08 -0 .0 03 -0 .10 -0 .004...

... of the band, while larger bars and those quenched less drastically fall in the lower half of the band. For 33 .91 1 .33 5 J50 at 9 8655H, 50B60H 36 .32 1. 430 J50 at 8 12 50B60H 39 .88 1.570 ... 117 0-1 38 0 (17 0-2 00) 180 (26) . . . . . . 34 min 290 (550) Excellent corrosion resistance at moderately elevated temperature A-286 alloy, AMS 5525 Fe 53, Ni 26, Cr 15 110 0-1 38 0 (16 0-2 00) ... chromium-silicon steel (a and b), oil-tempered wire (c and d), and hard-drawn spring wire (e and f). The graphs on the left (a, c, and e) plot maximum allowable stress for 10 million cycles for 3. 18...

... Low-carbon steel 0.29 0.6 0- 1 .35 0.1 5- 0.40 (b) 17 0- 250 2 5- 36 31 0- 415 4 5-6 0 2 3- 3 0 As-hot rolled carbon-manganese steel 0.40 1.0 0- 1.65 0.1 5- 0.40 . . . 25 0- 400 3 6- 58 41 5- 690 ... 0.5 0- 0.90 0.6 0- 1.00 0.9 0- 1.20 (p), (s) 13A (NT) 62 0- 795 9 0- 115 415 60 18 35 0 .30 0.8 0- 1.10 0.60 0.40(t) 1.4 0- 1.75 0.2 0- 0 .30 (p), (t) 13B (QT) 72 5- 895 10 5- 130 585 ... Quenched and tempered 0.20 1.50 max 0.1 5- 0 .30 0.0005 B min 55 0- 690 8 0- 100 66 0- 760 9 5- 110 18 Quenched and tempered low-alloy steel 0.21 0.4 5- 0.70 0.2 0- 0 .35 0.4 5-0 .65 Mo, 0. 00 1- 0.005...