en below are the pertinent data of a reinforced concrete beam. Beam Width, bw = 300 mm Tension Reinforcements = 8 – 25 mm dia. RSB Effective depth to centroid of entire reinforcement, d = 512mm Effective depth to centroid of outermost tension steel, dt = 537mm Strength of Concrete, f’c = 42 Mpa Steel Yield Strength, fy = 415 Mpa (a.) Determine the location of neutral axis from the extreme compression concrete. (b.) Determine the stress in the reinforcement (in MPa) (c.) Determine the moment capacity of section based on the reinforcements given. hello, please answer this thank
en below are the pertinent data of a reinforced concrete beam. Beam Width, bw = 300 mm Tension Reinforcements = 8 – 25 mm dia. RSB Effective depth to centroid of entire reinforcement, d = 512mm Effective depth to centroid of outermost tension steel, dt = 537mm Strength of Concrete, f’c = 42 Mpa Steel Yield Strength, fy = 415 Mpa (a.) Determine the location of neutral axis from the extreme compression concrete. (b.) Determine the stress in the reinforcement (in MPa) (c.) Determine the moment capacity of section based on the reinforcements given. hello, please answer this thank
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Given below are the pertinent data of a reinforced concrete beam. Beam Width, bw = 300 mm Tension Reinforcements = 8 – 25 mm dia. RSB Effective depth to centroid of entire reinforcement, d = 512mm Effective depth to centroid of outermost tension steel, dt = 537mm Strength of Concrete, f’c = 42 Mpa Steel Yield Strength, fy = 415 Mpa (a.) Determine the location of neutral axis from the extreme compression concrete. (b.) Determine the stress in the reinforcement (in MPa) (c.) Determine the moment capacity of section based on the reinforcements given.
hello, please answer this thanks
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