Example: Determine the required size b xh of a rectangular beam and the amount of tension bars to sustain the following service loads. Use Ultimate Strength Design. d, 10mm, d, = 16 mm f, = 420 MPa, f. = 21 MPa, WoL = 7 kN/m, WLL = 10 kN/m. The length pf the beam is 6m.
Example: Determine the required size b xh of a rectangular beam and the amount of tension bars to sustain the following service loads. Use Ultimate Strength Design. d, 10mm, d, = 16 mm f, = 420 MPa, f. = 21 MPa, WoL = 7 kN/m, WLL = 10 kN/m. The length pf the beam is 6m.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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![ULTIMATE STRESS DESIGN: FLEXURE IN BEAMS
Example:
Determine the required size b xh of a rectangular beam and the amount of tension bars to
sustain the following service loads. Use Ultimate Strength Design. d, = 10mm, d, = 16 mm fy
= 420 MPa, f' = 21 MPa , wDL = 7 kN/m, wLL = 10 kN/m. The length pf the beam is 6m.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fea931e54-c9d9-4390-8125-f170dd0af874%2F574f0206-e04f-4287-95d7-2beac48f8ae4%2Fjq1a9y_processed.jpeg&w=3840&q=75)
Transcribed Image Text:ULTIMATE STRESS DESIGN: FLEXURE IN BEAMS
Example:
Determine the required size b xh of a rectangular beam and the amount of tension bars to
sustain the following service loads. Use Ultimate Strength Design. d, = 10mm, d, = 16 mm fy
= 420 MPa, f' = 21 MPa , wDL = 7 kN/m, wLL = 10 kN/m. The length pf the beam is 6m.
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