Problem 1 A T-beam has the following properties: base of the flange = 800 mm base of the web = 300 mm effective depth = 520 mm thickness of slab = 100 mm Concrete compressive strength, fc = 21 MPa. Steel Yield Strength = 414 MPa. Determine how many 25mm dia. tension bars are needed, for the load: MOL = 210 kN-m and MLL = 305 kN-m.
Problem 1 A T-beam has the following properties: base of the flange = 800 mm base of the web = 300 mm effective depth = 520 mm thickness of slab = 100 mm Concrete compressive strength, fc = 21 MPa. Steel Yield Strength = 414 MPa. Determine how many 25mm dia. tension bars are needed, for the load: MOL = 210 kN-m and MLL = 305 kN-m.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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![Problem
A T-beam has the following properties:
base of the flange = 800 mm
base of the web = 300 mm
effective depth = 520 mm
thickness of slab = 100 mm
Concrete compressive strength, fc = 21 MPa.
Steel Yield Strength = 414 MPa.
Determine how many 25mm dia. tension bars are needed, for the load:
MOL = 210 KN-m and ML = 305 kN-m.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F4a9ad5e6-68d9-4c7f-baa1-5e28842bba99%2F99e8e9ba-df34-46ef-9836-988f1b92b4ff%2F4s1lpg_processed.png&w=3840&q=75)
Transcribed Image Text:Problem
A T-beam has the following properties:
base of the flange = 800 mm
base of the web = 300 mm
effective depth = 520 mm
thickness of slab = 100 mm
Concrete compressive strength, fc = 21 MPa.
Steel Yield Strength = 414 MPa.
Determine how many 25mm dia. tension bars are needed, for the load:
MOL = 210 KN-m and ML = 305 kN-m.
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