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KNOWN: Cylinder of 120 mm diameter at 1000K quenched in saturated water at 1 atm FIND: Describe the quenching process and estimate the maximum heat removal rate per unit length during cooling. SCHEMATIC: Water, latm “ -2max = 1.26MW/m² C -Ts (+), Ts(0)=1000K, D=120mm Ts(0)=1000K Cooling 1 5 30 120 627 ATe(K) ASSUMPTIONS: Water exposed to 1 atm pressure, Tsat = 100°C.

KNOWN: Cylinder of 120 mm diameter at 1000K quenched in saturated water at 1 atm FIND: Describe the quenching process and estimate the maximum heat removal rate per unit length during cooling. SCHEMATIC: Water, latm “ -2max = 1.26MW/m² C -Ts (+), Ts(0)=1000K, D=120mm Ts(0)=1000K Cooling 1 5 30 120 627 ATe(K) ASSUMPTIONS: Water exposed to 1 atm pressure, Tsat = 100°C.

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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KNOWN: Cylinder of 120 mm diameter at 1000K quenched in saturated water at 1 atm FIND: Describe the quenching process and estimate the maximum heat removal rate per unit length during cooling. SCHEMATIC: Water, latm “ -2max = 1.26MW/m² C -Ts (+), Ts(0)=1000K, D=120mm Ts(0)=1000K Cooling 1 5 30 120 627 ATe(K) ASSUMPTIONS: Water exposed to 1 atm pressure, Tsat = 100°C.
Transcribed Image Text:KNOWN: Cylinder of 120 mm diameter at 1000K quenched in saturated water at 1 atm FIND: Describe the quenching process and estimate the maximum heat removal rate per unit length during cooling. SCHEMATIC: Water, latm “ -2max = 1.26MW/m² C -Ts (+), Ts(0)=1000K, D=120mm Ts(0)=1000K Cooling 1 5 30 120 627 ATe(K) ASSUMPTIONS: Water exposed to 1 atm pressure, Tsat = 100°C.
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