For the composite beam that is made of steel and aluminum as shown below, if we want to apply flexural formula, we will firstly convert one material to another. Which of the statement is correct? Į in. Aluminum E = 10.6×10³ ksi 1.5 in. Steel E= 29x103 ksi 2 in. O Increase the height of aluminum to 4.1 in. O Increase the height of steel to 4.1 in. O Increase the width of steel to 5.5 in. O Increase the width of aluminum to 5.5 in.

Structural Analysis
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Chapter2: Loads On Structures
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For the composite beam that is made of steel and aluminum as shown below, if we want to apply flexural
formula, we will firstly convert one material to another. Which of the statement is correct?
in.
Aluminum E = 10.6×10³ ksi
1.5 in.
Steel E= 29x103 ksi
2 in.
O Increase the height of aluminum to 4.1 in.
O Increase the height of steel to 4.1 in.
O Increase the width of steel to 5.5 in.
O Increase the width of aluminum to 5.5 in.
Transcribed Image Text:For the composite beam that is made of steel and aluminum as shown below, if we want to apply flexural formula, we will firstly convert one material to another. Which of the statement is correct? in. Aluminum E = 10.6×10³ ksi 1.5 in. Steel E= 29x103 ksi 2 in. O Increase the height of aluminum to 4.1 in. O Increase the height of steel to 4.1 in. O Increase the width of steel to 5.5 in. O Increase the width of aluminum to 5.5 in.
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