Materials Selection for Process Plants |
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Page 103
Heat-treating improves the impact values but decreases the hardness and tensile
values. Machining qualities depend on ... Alloys CB-30 and CC-50 are ferritic and
therefore cannot be hardened by heat-treatment. These alloys in the as-cast ...
Heat-treating improves the impact values but decreases the hardness and tensile
values. Machining qualities depend on ... Alloys CB-30 and CC-50 are ferritic and
therefore cannot be hardened by heat-treatment. These alloys in the as-cast ...
Page 141
For comparison purposes , nominal analyses of the heat - treatable aluminum
alloys are shown in Table 12.4 . The wrought heat - treatable aluminum alloys ,
as shown in Table 12.6 , have tensile values ranging from 13,000–33,000 psi in
the ...
For comparison purposes , nominal analyses of the heat - treatable aluminum
alloys are shown in Table 12.4 . The wrought heat - treatable aluminum alloys ,
as shown in Table 12.6 , have tensile values ranging from 13,000–33,000 psi in
the ...
Page 306
Hastelloy B annealing , 123 carbide precipitation , 123 composition , 121
corrosion resistance , 123 forming , 122 heat - treatment , 123 high temperature ,
124 machining , 122 properties , 121 uses , 124 welding , 123 Hastelloy C
annealing ...
Hastelloy B annealing , 123 carbide precipitation , 123 composition , 121
corrosion resistance , 123 forming , 122 heat - treatment , 123 high temperature ,
124 machining , 122 properties , 121 uses , 124 welding , 123 Hastelloy C
annealing ...
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Bibliographic information
| Title | Materials Selection for Process Plants |
| Author | Russell E. Gackenbach |
| Publisher | Reinhold Publishing Corporation, 1960 |
| Original from | the University of Michigan |
| Digitized | 18 Jan 2007 |
| ISBN | 0442152604, 9780442152604 |
| Length | 318 pages |
| Export Citation | BiBTeX EndNote RefMan |