Continuous furnace heat transfer parameters optimized by computer modeling

$15.00

Heat transfer properties are evaluated in a computer modeling program, Fluidal-T, developed by Air Liquide Corporation in order to predict the thermal profile of strip and wire alloys in continuous atmosphere furnaces. Program models tested at Elgiloy Limited Partnership illustrate the effects of atmosphere, gas flow rate, material dimensions and furnace design on the process cycle. The Fluidal-T program is intended to optimize furnace operating parameters, increasing productivity and lowering operating cost.

Description

Heat transfer properties are evaluated in a computer modeling program, Fluidal-T, developed by Air Liquide Corporation in order to predict the thermal profile of strip and wire alloys in continuous atmosphere furnaces. Program models tested at Elgiloy Limited Partnership illustrate the effects of atmosphere, gas flow rate, material dimensions and furnace design on the process cycle. The Fluidal-T program is intended to optimize furnace operating parameters, increasing productivity and lowering operating cost.

Additional information

Author(s)

Steven J. Donahue, Air Liquide America, USA; Stanley J. Czuba, Elgiloy Ltd. Partnership, USA; and Gerard Le Gouefflec, Air Liquide Corp., France.

Publication/Event/Pages

Paper presented at WAI 64th Annual Convention, Detroit, MI USA. Paper published in Wire Journal International, March 1995, pg. 128.

Year

1994