1. Design Moment for bending about y-axis, kN-m. 2. Eccentricity (using the design moment) of the load along the y-axis, mm 3. Eccentricity (using the design moment) of the load along the x-axis, mm
1. Design Moment for bending about y-axis, kN-m. 2. Eccentricity (using the design moment) of the load along the y-axis, mm 3. Eccentricity (using the design moment) of the load along the x-axis, mm
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Chapter9: Composite Construction
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Problem 9.2.1P: A W1422 acts compositely with a 4-inch-thick floor slab whose effective width b is 90 inches. The...
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1. Design Moment for bending about y-axis, kN-m.
2. Eccentricity (using the design moment) of the load along the y-axis, mm
3. Eccentricity (using the design moment) of the load along the x-axis, mm
![The column is subjected to the
following service loads:
Axial Dead Load = 400 KN
Axial Live Load=650 kN
Moment about the X-axis due to
Dead Load on the top of the
column = 151 kN-m
Moment about the Y-axis due to
Dead Load on the top of the
column = 138 kN-m
Moment about the X-axis due to
Live Load on the top of the column
= 165 kN-m
Moment about the Y-axis due to
Live Load on the top of the column
= 140 kN-m
Moment about the X-axis due to
Dead Load on the bottom of the
column = 140 kN-m
Moment about the Y-axis due to
Dead Load on the bottom of the
column 131 kN-m
=
Moment about the X-axis due to
Live Load on the bottom of the
column 162 kN-m
Moment about the Y-axis due to
Live Load on the bottom of the
column= 144kN-m
If the end moments results to the
column having a singular curve for
both axes, and the column is not
subjected to any transverse loads,
determine the following:](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F3997638a-e619-4177-aaed-ddaa80a162fd%2F30c60166-00d2-46d0-898c-bd70b036c25a%2Fde8oa0g_processed.jpeg&w=3840&q=75)
Transcribed Image Text:The column is subjected to the
following service loads:
Axial Dead Load = 400 KN
Axial Live Load=650 kN
Moment about the X-axis due to
Dead Load on the top of the
column = 151 kN-m
Moment about the Y-axis due to
Dead Load on the top of the
column = 138 kN-m
Moment about the X-axis due to
Live Load on the top of the column
= 165 kN-m
Moment about the Y-axis due to
Live Load on the top of the column
= 140 kN-m
Moment about the X-axis due to
Dead Load on the bottom of the
column = 140 kN-m
Moment about the Y-axis due to
Dead Load on the bottom of the
column 131 kN-m
=
Moment about the X-axis due to
Live Load on the bottom of the
column 162 kN-m
Moment about the Y-axis due to
Live Load on the bottom of the
column= 144kN-m
If the end moments results to the
column having a singular curve for
both axes, and the column is not
subjected to any transverse loads,
determine the following:
![A concrete rectangular column
with dimensions A= 420mm and
B= 580 mm (See figure below) is
braced against side sway. The
column is to be fixed on both ends
for bending about the Y-axis and to
be pinned on both ends for
bending about the X-axis. The
unsupported length is 7.7 meters.
Use f'c-35 MPa. Reinforcements
are along "B" only.
B
Y
O
O
O
O](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F3997638a-e619-4177-aaed-ddaa80a162fd%2F30c60166-00d2-46d0-898c-bd70b036c25a%2Fjxzn9sw_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A concrete rectangular column
with dimensions A= 420mm and
B= 580 mm (See figure below) is
braced against side sway. The
column is to be fixed on both ends
for bending about the Y-axis and to
be pinned on both ends for
bending about the X-axis. The
unsupported length is 7.7 meters.
Use f'c-35 MPa. Reinforcements
are along "B" only.
B
Y
O
O
O
O
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