A 300mm x 500mm cantilever beam has a span of 4.0m carries a uniformly distributed fact of 20kN/m applied 200mm away from centroidal axis of the member. The beam has an depth of 425mm. Concrete strength f = 20.7MPa and steel yield strength for longitudir 275MPa fy = 415MPa. Use 12mm stirrups with fyt S www b. a. Determine the spacing of stirrups required for shear Determine the spacing of stirrups required for torsion Determine the area of longitudinal bars required for torsion C.
A 300mm x 500mm cantilever beam has a span of 4.0m carries a uniformly distributed fact of 20kN/m applied 200mm away from centroidal axis of the member. The beam has an depth of 425mm. Concrete strength f = 20.7MPa and steel yield strength for longitudir 275MPa fy = 415MPa. Use 12mm stirrups with fyt S www b. a. Determine the spacing of stirrups required for shear Determine the spacing of stirrups required for torsion Determine the area of longitudinal bars required for torsion C.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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
Transcribed Image Text:PROBLEM 6.1:
A 300mm x 500mm cantilever beam has a span of 4.0m carries a uniformly distributed factored load
of 20kN/m applied 200mm away from centroidal axis of the member. The beam has an effective
depth of 425mm. Concrete strength f = 20.7 MPa and steel yield strength for longitudinal bars is
f = 415MPa. Use 12mm stirrups with fyt
275MPa
Determine the spacing of stirrups required for shear
Determine the spacing of stirrups required for torsion
Determine the area of longitudinal bars required for torsion
b.
O
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