A researcher tries to apply a 5mm thick cure-on epoxy insulation to an internally-heated spherical container, but the epoxy delaminates. The container (ID = 30mm, OD = 50mm) is made of 18000W aluminum and has a heat flux on the internal surface of qim If the epoxy delaminates at m²K W 40 200°C, what is the minimum required air temperature if hair to make this occur? m²K
A researcher tries to apply a 5mm thick cure-on epoxy insulation to an internally-heated spherical container, but the epoxy delaminates. The container (ID = 30mm, OD = 50mm) is made of 18000W aluminum and has a heat flux on the internal surface of qim If the epoxy delaminates at m²K W 40 200°C, what is the minimum required air temperature if hair to make this occur? m²K
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
Related questions
Question
Material Property Sheet attached
![Material
Density
(kg
m³
Specific
Latent Heat Latent Heat
Thermal
Heat (Kak)
of Fusion,
of
Conductivity
W
Vaporization
kg
AmK.
\kg.
Air
1.225
718
0.025
Aluminum
2712
900
396000
200
Ammonia
682
4400
1371000
(Liquid)
Cast Iron
7300
460
247000
40
8940
390
206000
400
Сopper
Ероху
1200
1000
1.5
G10
1800
670
0.3
Fiberglass
Glass
2200
750
1
Silicone
1070
1300
0.2
Steel
7850
450
247000
20](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fd17cec7d-9078-486d-a3fd-a8742f4ec7d5%2Ffd47a2a3-717c-42f0-ab59-73bb4e70821d%2Fvf8xo7p_processed.png&w=3840&q=75)
Transcribed Image Text:Material
Density
(kg
m³
Specific
Latent Heat Latent Heat
Thermal
Heat (Kak)
of Fusion,
of
Conductivity
W
Vaporization
kg
AmK.
\kg.
Air
1.225
718
0.025
Aluminum
2712
900
396000
200
Ammonia
682
4400
1371000
(Liquid)
Cast Iron
7300
460
247000
40
8940
390
206000
400
Сopper
Ероху
1200
1000
1.5
G10
1800
670
0.3
Fiberglass
Glass
2200
750
1
Silicone
1070
1300
0.2
Steel
7850
450
247000
20
![A researcher tries to apply a 5mm thick cure-on epoxy insulation to an internally-heated
spherical container, but the epoxy delaminates. The container (ID = 30mm, OD = 50mm) is made of
18000W
aluminum and has a heat flux on the internal surface of qn
If the epoxy delaminates at
m²K
W
200°C, what is the minimum required air temperature if hair
= 40
to make this occur?
m²K](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fd17cec7d-9078-486d-a3fd-a8742f4ec7d5%2Ffd47a2a3-717c-42f0-ab59-73bb4e70821d%2Fzs2bm2z_processed.png&w=3840&q=75)
Transcribed Image Text:A researcher tries to apply a 5mm thick cure-on epoxy insulation to an internally-heated
spherical container, but the epoxy delaminates. The container (ID = 30mm, OD = 50mm) is made of
18000W
aluminum and has a heat flux on the internal surface of qn
If the epoxy delaminates at
m²K
W
200°C, what is the minimum required air temperature if hair
= 40
to make this occur?
m²K
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