• Find the shear stress in the beam using the average web shear approach. [Select] • Does the calculated shear stress exceed the allowable shear stress? [Select] • Calculate the Shear Strength (VR) in the beam. [Select] • Determine the adequacy of the beam's design in shear by comparing Vmax to VR Does the shear demand (Vmax) exceed the beam's shear capacity (VR)?
• Find the shear stress in the beam using the average web shear approach. [Select] • Does the calculated shear stress exceed the allowable shear stress? [Select] • Calculate the Shear Strength (VR) in the beam. [Select] • Determine the adequacy of the beam's design in shear by comparing Vmax to VR Does the shear demand (Vmax) exceed the beam's shear capacity (VR)?
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
Related questions
Question
![AW14x99 made of stainless cold worked steel with a yield stress of 140,000 psi, an
allowable shear stress of 56,000 psi, and E = 28,000,000 psi is subjected to a
maximum shear force 439 kips.
Complete the following:
• Find the shear stress in the beam using the average web shear approach.
[Select]
Does the calculated shear stress exceed the allowable shear stress?
[Select]
• Calculate the Shear Strength (VR) in the beam. [Select]
• Determine the adequacy of the beam's design in shear by comparing Vmax to VR.
Does the shear demand (Vmax) exceed the beam's shear capacity (VR)?
No](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fc29dc82f-fde6-47a6-b71d-ac8a1c3a4699%2Fb5ea0e72-2f56-415d-ab7a-88a2dfcf75d8%2Fxz5zc09_processed.png&w=3840&q=75)
Transcribed Image Text:AW14x99 made of stainless cold worked steel with a yield stress of 140,000 psi, an
allowable shear stress of 56,000 psi, and E = 28,000,000 psi is subjected to a
maximum shear force 439 kips.
Complete the following:
• Find the shear stress in the beam using the average web shear approach.
[Select]
Does the calculated shear stress exceed the allowable shear stress?
[Select]
• Calculate the Shear Strength (VR) in the beam. [Select]
• Determine the adequacy of the beam's design in shear by comparing Vmax to VR.
Does the shear demand (Vmax) exceed the beam's shear capacity (VR)?
No
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