Materials Selection for Process Plants |
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Page 133
15 Zinc trical conductivity . A pure aluminum conductor ( EC ) of the same length
and crosssection as a pure copper conductor ( 100 per cent IACS copper ) has
62 per cent of the latter ' s conductance . On an equal weight basis , however ...
15 Zinc trical conductivity . A pure aluminum conductor ( EC ) of the same length
and crosssection as a pure copper conductor ( 100 per cent IACS copper ) has
62 per cent of the latter ' s conductance . On an equal weight basis , however ...
Page 141
Alloying to increase strength , generally reduces the electrical conductivity . For
comparison purposes , nominal analyses of the heat - treatable aluminum alloys
are shown in Table 12 . 4 . The wrought heat - treatable aluminum alloys , as ...
Alloying to increase strength , generally reduces the electrical conductivity . For
comparison purposes , nominal analyses of the heat - treatable aluminum alloys
are shown in Table 12 . 4 . The wrought heat - treatable aluminum alloys , as ...
Page 149
The thermal conductivity of copper , which is proportional to its electrical
conductivity , is twice that of aluminum and about 90 per cent that of silver . The
coefficient of thermal expansion for copper is greater than that of carbon steel
and equal to ...
The thermal conductivity of copper , which is proportional to its electrical
conductivity , is twice that of aluminum and about 90 per cent that of silver . The
coefficient of thermal expansion for copper is greater than that of carbon steel
and equal to ...
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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 Wisconsin - Madison |
| Digitized | 23 Apr 2008 |
| ISBN | 0442152604, 9780442152604 |
| Length | 318 pages |
| Export Citation | BiBTeX EndNote RefMan |