the following servi braced frame. The member is louds: live load, 130 kips; dead load, 200 kips. Use = 4000 psi and f. = 600 psi Without actually selecting bars, assume about 2% total reinforcement divided in the opposite faces of the member. Use ACI moment magnifier med (400 mm square section; 5.5 m clear height; LL=580 kN: DL= S00 L 30 MPa: f, 400 MPa). %3D 15.2 Determine the adequacy, including length effects, for a 14-in.-diameter spiral reinforced column (assume about 2% reinforcement) which is an interior secone floor column (Column A) in the braced frame of the figure for Problems 159 15.8. The member is to carry an axial service load of 87 kips dead load and Is kips live load, with only the dead load considered sustained. The 14 x 22 bean contain p 0.015 for negative moment tension steel. Use f = 5000 psi and f. 60,000 psi. Use the ACI moment magnifier method. (350 mm diameter P.
the following servi braced frame. The member is louds: live load, 130 kips; dead load, 200 kips. Use = 4000 psi and f. = 600 psi Without actually selecting bars, assume about 2% total reinforcement divided in the opposite faces of the member. Use ACI moment magnifier med (400 mm square section; 5.5 m clear height; LL=580 kN: DL= S00 L 30 MPa: f, 400 MPa). %3D 15.2 Determine the adequacy, including length effects, for a 14-in.-diameter spiral reinforced column (assume about 2% reinforcement) which is an interior secone floor column (Column A) in the braced frame of the figure for Problems 159 15.8. The member is to carry an axial service load of 87 kips dead load and Is kips live load, with only the dead load considered sustained. The 14 x 22 bean contain p 0.015 for negative moment tension steel. Use f = 5000 psi and f. 60,000 psi. Use the ACI moment magnifier method. (350 mm diameter P.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
Related questions
Question
![tied column that has a clear height of 18 ft and serves as an interior member of a
load, and 58 it-kips wind load. An exterior column carries one-half the factored
psi. Without actually selecting bars, assume about 2% total reinforcement equally
15.1 Determine the adequacy of the seetion, including length effect, for a 16-in. square
load. The largest moments in column A are 15 ft-kips dead load, 12 ft-kips live
1::VII ZY.
about the middle. The gravity axial loads are 44 kips dead load and 66 kips live
braced frame. The member is designed as axially loaded with the following service
15.3 Assume the frame of Problem 15.2 is unbraced and consists of 4 bays symmetrical
3G
3.jpg
for member size.
15.1 Determine the adequacy of the seetion, including length effect, fora 16-in
briced frame. The member is designed as axially loaded with the followiral a
louds: live loud, 130 kips; dead load, 200 kips. Use f = 4000 psi and f, = 60 000
psi. Without actually selecting bars, assume about 2 % total reinforcement e
divided in the opposite faces of the member. Use ACI moment magnifier melo
(400 mm square section; 5.5 m clear height; LL = 580 kN; DL = S90 EN .
30 MPa: f, = 400 MPa).
15.2 Determine the adequacy, including length effects, for a 14-in.-diameter spirally
reinforced column (assume about 2% reinforcement) which is an interior second
floor column (Column A) in the bruced frame of the figure for Problems 15,2
15.8. The member is to carry an axial service load of 87 kips dead load and 13a
kips live load, with only the dead load considered sustained. The 14 x 22 beams
contain p=0.015 for negative moment tension steel. Use f =5000 psi and f, =
60,000 psi. Use the ACI moment magnifier method. (350 mm diameter. P. -
2200 kN: 350 mm x 560 mm beams: f = 35 MPa: f, = 300 MPa).
%3D
%3D
%3!
%3D
%3D
14" square
14 X 22
14" square
14" diameter (350 mm)
14 x 22
14"
(350 mm)
14" diameter
Column A
15 -0
Column 8
(4.5 m)
4-#9
(4-#30M)
14 X 22
14 x 22
16" square
16" diameter
(400 mm)
Beam
(350 mm
x 560 mm)
15-0"
(4.5 m) Column C
2 -
(66 mm)
40' - 0"
(12 m)
40' - 0
(12 m)
Column 8
Symmetrical
about this
line
16"
(400 mm)
6 - #9
(6 -# 30M)
2
(66 mm)
Problems 15.2 to 15.8
Column C
15.3 Assume the frame of Problem 15.2 is unbraced and consists of 4 bays symmet
about the middle. The gravity axial loads are 44 kips dead load and 66 kips
load. The largest moments in column A are 15 ft-kips dead load, 12 ft-kips
losad, and 58 ft-kips wind load. An exterior column carries one-half the factor
O
D](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F610f2188-ccda-488c-8d1e-f52fae3c4d66%2F8ee82904-a89a-47be-83b7-e91e32406b75%2Fioikfar_processed.jpeg&w=3840&q=75)
Transcribed Image Text:tied column that has a clear height of 18 ft and serves as an interior member of a
load, and 58 it-kips wind load. An exterior column carries one-half the factored
psi. Without actually selecting bars, assume about 2% total reinforcement equally
15.1 Determine the adequacy of the seetion, including length effect, for a 16-in. square
load. The largest moments in column A are 15 ft-kips dead load, 12 ft-kips live
1::VII ZY.
about the middle. The gravity axial loads are 44 kips dead load and 66 kips live
braced frame. The member is designed as axially loaded with the following service
15.3 Assume the frame of Problem 15.2 is unbraced and consists of 4 bays symmetrical
3G
3.jpg
for member size.
15.1 Determine the adequacy of the seetion, including length effect, fora 16-in
briced frame. The member is designed as axially loaded with the followiral a
louds: live loud, 130 kips; dead load, 200 kips. Use f = 4000 psi and f, = 60 000
psi. Without actually selecting bars, assume about 2 % total reinforcement e
divided in the opposite faces of the member. Use ACI moment magnifier melo
(400 mm square section; 5.5 m clear height; LL = 580 kN; DL = S90 EN .
30 MPa: f, = 400 MPa).
15.2 Determine the adequacy, including length effects, for a 14-in.-diameter spirally
reinforced column (assume about 2% reinforcement) which is an interior second
floor column (Column A) in the bruced frame of the figure for Problems 15,2
15.8. The member is to carry an axial service load of 87 kips dead load and 13a
kips live load, with only the dead load considered sustained. The 14 x 22 beams
contain p=0.015 for negative moment tension steel. Use f =5000 psi and f, =
60,000 psi. Use the ACI moment magnifier method. (350 mm diameter. P. -
2200 kN: 350 mm x 560 mm beams: f = 35 MPa: f, = 300 MPa).
%3D
%3D
%3!
%3D
%3D
14" square
14 X 22
14" square
14" diameter (350 mm)
14 x 22
14"
(350 mm)
14" diameter
Column A
15 -0
Column 8
(4.5 m)
4-#9
(4-#30M)
14 X 22
14 x 22
16" square
16" diameter
(400 mm)
Beam
(350 mm
x 560 mm)
15-0"
(4.5 m) Column C
2 -
(66 mm)
40' - 0"
(12 m)
40' - 0
(12 m)
Column 8
Symmetrical
about this
line
16"
(400 mm)
6 - #9
(6 -# 30M)
2
(66 mm)
Problems 15.2 to 15.8
Column C
15.3 Assume the frame of Problem 15.2 is unbraced and consists of 4 bays symmet
about the middle. The gravity axial loads are 44 kips dead load and 66 kips
load. The largest moments in column A are 15 ft-kips dead load, 12 ft-kips
losad, and 58 ft-kips wind load. An exterior column carries one-half the factor
O
D
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