Industrial Heating, Volym 16National Industrial Publishing Company, 1949 |
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Sida 1578
... Ingots In order to obtain maximum yield of ingots from a ladle of metal it is necessary that a suffi- cient number of ingot molds be a- vailable for pouring so that a full ingot that might have been poured is never thrown away . The num ...
... Ingots In order to obtain maximum yield of ingots from a ladle of metal it is necessary that a suffi- cient number of ingot molds be a- vailable for pouring so that a full ingot that might have been poured is never thrown away . The num ...
Sida 2174
... ingots receive most of the heat from radiation and convection through their sides . With the burners located at the bottom , this type of pit also has a tendency toward heating ingot bottoms to higher temperatures than their tops ...
... ingots receive most of the heat from radiation and convection through their sides . With the burners located at the bottom , this type of pit also has a tendency toward heating ingot bottoms to higher temperatures than their tops ...
Sida 2176
... ingots in a given pit to the detriment of both quality of heating and pit output . For example , it may be desired ... ingots charged in the corners ( broken lines ) , with one corner of each ingot very near the flame and with two faces ...
... ingots in a given pit to the detriment of both quality of heating and pit output . For example , it may be desired ... ingots charged in the corners ( broken lines ) , with one corner of each ingot very near the flame and with two faces ...
Innehåll
Production and Consumption of Heat in the Cupola By D W Gunther | 1182 |
Flow of Metal in Tube Extrusion | 1194 |
Design and Operation of a 10in Diameter Cupola | 1200 |
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