(5-10) The shown ceiling construction consists of the following layers: 20 mm of asphalt mix, 50 mm concrete (p 2,300 kg/m), 25 mm polystyrene boards (p= 30 kg/m), 70 mm reinforced الجنة الميكانيك الإتجاه الإسلامي 205 HEAT TRANSFER IN RESIDENTIAL BUILDINGS concrete (p = 2,300 kg/m'), 140 mm solid cement bricks and 30 mm plaster 000

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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5-10

(5-10) The shown ceiling construction consists of the following layers: 20 mm of asphalt mix, 50 mm
concrete (p = 2,300 kg/m), 25 mm polystyrene boards (p = 30 kg/m), 70 mm reinforced
%3D
الجنة الميكانيك الإتجاه الإسلامي
205
HEAT TRANSFER IN RESIDENTIAL BUILDINGS
concrete (p = 2,300 kg/m), 140 mm solid cement bricks and 30 mm plaster (p= 2,000
kg/m'). Wind speed is 15 m/s.
Calculate the overall heat transfer coefficient of the ceiling.
Asphalt mix
Concrete
Insulation
Reinforced Concrete
Cement Brick
Plaster
PROBLEM (5-10)
Transcribed Image Text:(5-10) The shown ceiling construction consists of the following layers: 20 mm of asphalt mix, 50 mm concrete (p = 2,300 kg/m), 25 mm polystyrene boards (p = 30 kg/m), 70 mm reinforced %3D الجنة الميكانيك الإتجاه الإسلامي 205 HEAT TRANSFER IN RESIDENTIAL BUILDINGS concrete (p = 2,300 kg/m), 140 mm solid cement bricks and 30 mm plaster (p= 2,000 kg/m'). Wind speed is 15 m/s. Calculate the overall heat transfer coefficient of the ceiling. Asphalt mix Concrete Insulation Reinforced Concrete Cement Brick Plaster PROBLEM (5-10)
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