1. Find the rate of heat leakage for a spherical tank 2 m inside diameter and 12 mm thick with thermal conductivity of the material 45 W/m°C, containing liquid oxygen at -183°C. The tank is covered with 50 mm thick insulation having thermal conductivity 0.083 W/m°C. The outer surface is exposed to air at 27°C with convective heat transfer coefficient h = 20 W/m²°C.
1. Find the rate of heat leakage for a spherical tank 2 m inside diameter and 12 mm thick with thermal conductivity of the material 45 W/m°C, containing liquid oxygen at -183°C. The tank is covered with 50 mm thick insulation having thermal conductivity 0.083 W/m°C. The outer surface is exposed to air at 27°C with convective heat transfer coefficient h = 20 W/m²°C.
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.
Chapter2: Steady Heat Conduction
Section: Chapter Questions
Problem 2.18P: Estimate the rate of heat loss per unit length from a 5-cm ID, 6-cm OD steel pipe covered with...
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![1. Find the rate of heat leakage for a spherical tank 2 m inside diameter and 12 mm thick with
thermal conductivity of the material 45 W/m°C, containing liquid oxygen at -183°C. The tank is
covered with 50 mm thick insulation having thermal conductivity 0.083 W/m°C. The outer
surface is exposed to air at 27°C with convective heat transfer coefficient h = 20 W/M2°C.
2. In most problems involving tanks, why is the tank material not taken into account in calculating
the heat transfer rate? Compare your answer in item 1 when the tank material is considered
and when it is disregarded.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fcfb53a50-e852-4da1-bc0b-b8415b7bf2c6%2F87dcafbb-34b6-485b-bc19-a8fb82cd37dc%2Fdulmdm8_processed.png&w=3840&q=75)
Transcribed Image Text:1. Find the rate of heat leakage for a spherical tank 2 m inside diameter and 12 mm thick with
thermal conductivity of the material 45 W/m°C, containing liquid oxygen at -183°C. The tank is
covered with 50 mm thick insulation having thermal conductivity 0.083 W/m°C. The outer
surface is exposed to air at 27°C with convective heat transfer coefficient h = 20 W/M2°C.
2. In most problems involving tanks, why is the tank material not taken into account in calculating
the heat transfer rate? Compare your answer in item 1 when the tank material is considered
and when it is disregarded.
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