Situation 1 Given the following data of a rectangular beam: beam width, b=250 mm; effective depth, d=450mm simple span, L=8m Service loads: Dead load = 28 kN/m (including beam weight) Live load = 35 kN/m Stirrups (transverse reinforcement) Diameter 10mm Yield strength, fyh=275 MPa Concrete strength, fc' =21 MPa 1. Determine the maximum spacing (mm) of stirrups required near the support using 3 legs of stirrups. 2. Determine the maximum spacing (mm) of stirrups required at 0.2L from support using legs of stirrups. 3. Determine the maximum spacing (mm) of stirrups required at 0.35L from support using 2 legs of stirrups. 4. Determine the minimum area of shear reinforcement at 0.45L from support.
Situation 1 Given the following data of a rectangular beam: beam width, b=250 mm; effective depth, d=450mm simple span, L=8m Service loads: Dead load = 28 kN/m (including beam weight) Live load = 35 kN/m Stirrups (transverse reinforcement) Diameter 10mm Yield strength, fyh=275 MPa Concrete strength, fc' =21 MPa 1. Determine the maximum spacing (mm) of stirrups required near the support using 3 legs of stirrups. 2. Determine the maximum spacing (mm) of stirrups required at 0.2L from support using legs of stirrups. 3. Determine the maximum spacing (mm) of stirrups required at 0.35L from support using 2 legs of stirrups. 4. Determine the minimum area of shear reinforcement at 0.45L from support.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Please, I can ask the other three for follow up questions, can I?

Transcribed Image Text:Situation 1 Given the following data of a rectangular beam: beam
width, b=250 mm; effective depth, d=450mm simple span, L=8m
Service loads:
Dead load = 28 kN/m (including beam weight)
Live load = 35 kN/m
Stirrups (transverse reinforcement)
Diameter
10mm
Yield strength, fyh=275 MPa
Concrete strength, fc' =21 MPa
1. Determine the maximum spacing (mm) of stirrups required near the
support using 3 legs of stirrups.
2. Determine the maximum spacing (mm) of stirrups required at 0.2L
from support using legs of stirrups.
3. Determine the maximum spacing (mm) of stirrups required at 0.35L
from support using 2 legs of stirrups.
4. Determine the minimum area of shear reinforcement at 0.45L from
support.
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