A hollow box beam has an outside dimension of 400 mm x00 mm and inside dimension of 300 mm x 500 mm (uniform thickness of 50 mm) has a fixed ended span of 6 m. 1. Compute the plastic section modulus. 2. Compute the plastic moment capacity of the beam. 3. Which of the following gives the safe uniform load distributed horizontally that the beam could carry before collapse if Fy = 250 (Plastic Analysis using Virtual Work Method) show complete and detailed solution pls.
A hollow box beam has an outside dimension of 400 mm x00 mm and inside dimension of 300 mm x 500 mm (uniform thickness of 50 mm) has a fixed ended span of 6 m. 1. Compute the plastic section modulus. 2. Compute the plastic moment capacity of the beam. 3. Which of the following gives the safe uniform load distributed horizontally that the beam could carry before collapse if Fy = 250 (Plastic Analysis using Virtual Work Method) show complete and detailed solution pls.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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A hollow box beam has an outside dimension of 400 mm x00
mm and inside dimension of 300 mm x 500 mm (uniform
thickness of 50 mm) has a fixed ended span of 6 m.
1. Compute the plastic section modulus.
2. Compute the plastic moment capacity of the beam.
3. Which of the following gives the safe uniform load
distributed horizontally that the beam could carry before
collapse if Fy = 250
(Plastic Analysis using Virtual Work Method) show complete and detailed solution pls.
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