Compute the ultimate strength capacity of the positive moment beam design below. f'c= 24.7 MPa, fy= 505.6 MPa, bf= 760 mm, t= 90 mm, hw= 420 mm, bw = 370 mm ds= 12 mm, ct= 30 mm, cb = 35 mm. Steel bar details: compression side at top (single layer): 4 - 20 mm dia. , tension side (double- layered): upper layer is 4 - 25 mm dia. and lower layer is 5 - 25 mm dia
Compute the ultimate strength capacity of the positive moment beam design below. f'c= 24.7 MPa, fy= 505.6 MPa, bf= 760 mm, t= 90 mm, hw= 420 mm, bw = 370 mm ds= 12 mm, ct= 30 mm, cb = 35 mm. Steel bar details: compression side at top (single layer): 4 - 20 mm dia. , tension side (double- layered): upper layer is 4 - 25 mm dia. and lower layer is 5 - 25 mm dia
Engineering Fundamentals: An Introduction to Engineering (MindTap Course List)
5th Edition
ISBN:9781305084766
Author:Saeed Moaveni
Publisher:Saeed Moaveni
Chapter15: Computational Engineering Tools Matlab
Section: Chapter Questions
Problem 19P
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Compute the ultimate strength capacity of the positive moment beam design below. f'c= 24.7 MPa, fy= 505.6 MPa, bf= 760 mm, t= 90 mm, hw= 420 mm, bw = 370 mm ds= 12 mm, ct= 30 mm, cb = 35 mm. Steel bar details: compression side at top (single layer): 4 - 20 mm dia. , tension side (double- layered): upper layer is 4 - 25 mm dia. and lower layer is 5 - 25 mm dia
![br
Ct
Bar diameters and
positioning in the
figure given are just
representations.
Refer to the problem
ds
hw
statement for the
number of bars and
bar diameters to use
in your computation.
25 mm
Cb
bw](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fc341f624-df01-46ee-9b79-085bd6b7d4ef%2Fedd9bbd0-e954-4a53-9a27-ceb5bd267c8f%2F8e6bs6k_processed.png&w=3840&q=75)
Transcribed Image Text:br
Ct
Bar diameters and
positioning in the
figure given are just
representations.
Refer to the problem
ds
hw
statement for the
number of bars and
bar diameters to use
in your computation.
25 mm
Cb
bw
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