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problem-Two: A Cylindrical stainless steel inget kryst 15 cm in diameter and to cm long passes through a treatment ference that is (6m) in length. The temperature of the furance gu (1300°C). The initial ingot temperature is (100°C). The is cient is Combined het radiant and Convective heat transfer caffi- (100). Calculate the maximum speed with which the ingot should pass through the furnace if it must attain a temperature of (850 °C). Take (α=0.46×105 (Ansi Velocity 1.985 mm/3)

problem-Two: A Cylindrical stainless steel inget kryst 15 cm in diameter and to cm long passes through a treatment ference that is (6m) in length. The temperature of the furance gu (1300°C). The initial ingot temperature is (100°C). The is cient is Combined het radiant and Convective heat transfer caffi- (100). Calculate the maximum speed with which the ingot should pass through the furnace if it must attain a temperature of (850 °C). Take (α=0.46×105 (Ansi Velocity 1.985 mm/3)

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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[wik problem-Two: A Cylindrical stainless steel inget (keys) 15 cm in diameter and 40 cm long passes through a treatment ference that is (6m) in length. The temperature of the furance gu is (1300°C). The inital ingot temperature is (100°C). The Combined het radinat and Convective heat transfercelli- -cient is (100 tk). Calculate the maximum speed with which the ingot should pass through the furnace if it must attain a temperature of (850 °C). Take (α=0.46×105 (Aust Velocitga 1.985 mm/3) -5
Transcribed Image Text:[wik problem-Two: A Cylindrical stainless steel inget (keys) 15 cm in diameter and 40 cm long passes through a treatment ference that is (6m) in length. The temperature of the furance gu is (1300°C). The inital ingot temperature is (100°C). The Combined het radinat and Convective heat transfercelli- -cient is (100 tk). Calculate the maximum speed with which the ingot should pass through the furnace if it must attain a temperature of (850 °C). Take (α=0.46×105 (Aust Velocitga 1.985 mm/3) -5
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