The typical T-section results from the monolithic construction of the sla and its supporting beams. The following are the properties based on bending requirements: Effective flange width bf = 648 mm Slab thickness, t = 92 mm Web width, bw = 282 mm Total depth, h = 689 mm Bottom reinforcement = 10-Ø25 mm Steel cover = 75 mm f'c = 25.79 MPa fy = 414 MPa Ico unit weight 3

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Chapter9: Composite Construction
Section: Chapter Questions
Problem 9.8.8P
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The typical T-section results from the monolithic construction of the slab
and its supporting beams. The following are the properties based on
bending requirements:
Effective flange width bf = 648 mm
Slab thickness, t = 92 mm
Web width, bw = 282 mm
Total depth, h = 689 mm
Bottom reinforcement = 10 - Ø25 mm
Steel cover = 75 mm
fc = 25.79 MPa
fy = 414 MPa
Use unit weight of concrete = 24 kN/m³
Tributary width = 2.5 meter
Superimposed dead load = 8.43 kPa
Determine the maximum service live load (in kPa) that can be applied on
the beam if it spans 7.05 m on simple supports.
Transcribed Image Text:The typical T-section results from the monolithic construction of the slab and its supporting beams. The following are the properties based on bending requirements: Effective flange width bf = 648 mm Slab thickness, t = 92 mm Web width, bw = 282 mm Total depth, h = 689 mm Bottom reinforcement = 10 - Ø25 mm Steel cover = 75 mm fc = 25.79 MPa fy = 414 MPa Use unit weight of concrete = 24 kN/m³ Tributary width = 2.5 meter Superimposed dead load = 8.43 kPa Determine the maximum service live load (in kPa) that can be applied on the beam if it spans 7.05 m on simple supports.
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