furnace wall consists of 125 mm wide refractory brick and 125 mm wide insulating firebrick separated by an air gap. The outside wall is covered with 12 mm thickness of plaster. The inner surface of the wall is at 1100 and the room temperature is 25. The heat transfer coefficient form outside wall surface to the air in the rooms is 17 W/m2 K, and the resistance to heat flow of the air gap is 0.16 K/W. the thermal conductivities of refractory brick, insulating firebrick, and plaster are 1.6, 0.3 and 0.14 W/m K, respectively. Calculate The rate of heat loss per unit area of wall surface = 1344.88 The temperature at each interface throughout the wall The temperature at the outside surface of the wall Check your answer by calculating outside room
furnace wall consists of 125 mm wide refractory brick and 125 mm wide insulating firebrick separated by an air gap. The outside wall is covered with 12 mm thickness of plaster. The inner surface of the wall is at 1100 and the room temperature is 25. The heat transfer coefficient form outside wall surface to the air in the rooms is 17 W/m2 K, and the resistance to heat flow of the air gap is 0.16 K/W. the thermal conductivities of refractory brick, insulating firebrick, and plaster are 1.6, 0.3 and 0.14 W/m K, respectively. Calculate The rate of heat loss per unit area of wall surface = 1344.88 The temperature at each interface throughout the wall The temperature at the outside surface of the wall Check your answer by calculating outside room
Principles of Heat Transfer (Activate Learning with these NEW titles from Engineering!)
8th Edition
ISBN:9781305387102
Author:Kreith, Frank; Manglik, Raj M.
Publisher:Kreith, Frank; Manglik, Raj M.
Chapter1: Basic Modes Of Heat Transfer
Section: Chapter Questions
Problem 1.44P: A composite refrigerator wall is composed of 5 cm of corkboard sandwiched between a 1.2-cm-thick...
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- A furnace wall consists of 125 mm wide refractory brick and 125 mm wide insulating firebrick separated by an air gap. The outside wall is covered with 12 mm thickness of plaster. The inner surface of the wall is at 1100 and the room temperature is 25. The heat transfer coefficient form outside wall surface to the air in the rooms is 17 W/m2 K, and the resistance to heat flow of the air gap is 0.16 K/W. the thermal conductivities of refractory brick, insulating firebrick, and plaster are 1.6, 0.3 and 0.14 W/m K, respectively. Calculate
- The rate of heat loss per unit area of wall surface = 1344.88
- The temperature at each interface throughout the wall
- The temperature at the outside surface of the wall
- Check your answer by calculating outside room
Only require help with step 4 i have calculated the rest.
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