For the section given in the figure, considering the following cases: i) Pure axial compression ii) 111) Ecu 0.003. Esu 0.010 Pure axial tension Materials C25/S420 d'=40 min Obtain the Mr and Nr internal force capacities by using the equilibrium equations. Draw the interaction diagram by using these values. (Use the equivalent rectangular stress block assumption.) 21 21 40 cm 8020 4 16 16 4 50 cm
For the section given in the figure, considering the following cases: i) Pure axial compression ii) 111) Ecu 0.003. Esu 0.010 Pure axial tension Materials C25/S420 d'=40 min Obtain the Mr and Nr internal force capacities by using the equilibrium equations. Draw the interaction diagram by using these values. (Use the equivalent rectangular stress block assumption.) 21 21 40 cm 8020 4 16 16 4 50 cm
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Question
![For the section given in the figure, considering the following cases:
i)
Pure axial compression
ii)
Ecu 0.003, su= 0.010
iii)
Pure axial tension
Materials
C25/S420
d'=40 min
Obtain the Mr and Nr internal force capacities by using the equilibrium equations.
Draw the interaction diagram by using these values. (Use the equivalent
rectangular stress block assumption.)
21
21
40 cm
8020
4 16
16 4
50 cm](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fcefed67a-318b-42f6-a09a-53eb7e683f64%2F85edc805-5e18-423c-bb34-351eef0a9c42%2F9ef9xw9k_processed.jpeg&w=3840&q=75)
Transcribed Image Text:For the section given in the figure, considering the following cases:
i)
Pure axial compression
ii)
Ecu 0.003, su= 0.010
iii)
Pure axial tension
Materials
C25/S420
d'=40 min
Obtain the Mr and Nr internal force capacities by using the equilibrium equations.
Draw the interaction diagram by using these values. (Use the equivalent
rectangular stress block assumption.)
21
21
40 cm
8020
4 16
16 4
50 cm
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