Question: Given a triangular beam, f ' c = 3 4 MPa and f y = 4 1 5 MPa. Determine the following: Depth of compression
Given a triangular beam, MPa and
MPa. Determine the following:
Depth of compression block
Distance of extreme compression fiber to
the neutral axis
Ultimate moment capacity of the beam.
CLASSWORK
Solve the previous problem, but this time the beam is inverted.
Find the Moment Capacity of the beam below.fc MPa
MPa.
Given the following data of a rectangular
beam:
Width,
Effective depth,
Concrete Strength, fc MPa
Steel Strength, fy MPa
Service Loads:
Dead Load Moment
Live Load Moment
If necessary, the effective cover to the centroid
of compression steel is mm
How many mm tension and
compression bars are needed?
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