The internal forces at section cut B of a simply supported beam (with roller support at A) is shown below in (a), and the corresponding cross-section with dimensions is shown in (b). The beam is constructed with A36 steel (Fy = 36 ksi). Use w = 500 lbf/ft, P = 15 kips, d=5 inches, and L= 10 ft. Ay = -7.5 kips. (a) Determine and report the normal stress, due to bending, at the top of the cross- section at section cut B using the sign convention you learned in ENGR 2070. (b) Determine and report the normal stress, due to axial forces, at the top of the cross- section at section cut C using the sign convention you learned in ENGR 2070. (c) Sketch the normal stress distribution through the cross-section at B.

Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
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6. The internal forces at section cut B of a simply supported beam (with roller support at A)
is shown below in (a), and the corresponding cross-section with dimensions is shown in
(b). The beam is constructed with A36 steel (Fy = 36 ksi). Use w = 500 lbf/ft, P = 15 kips,
d=5 inches, and L= 10 ft. Ay = -7.5 kips.
(a) Determine and report the normal stress, due to bending, at the top of the cross-
section at section cut B using the sign convention you learned in ENGR 2070.
(b) Determine and report the normal stress, due to axial forces, at the top of the cross-
section at section cut C using the sign convention you learned in ENGR 2070.
(c) Sketch the normal stress distribution through the cross-section at B.
(d) Will the cross-section yield due to the normal stresses? Show your work.
JI P
Ay
(a)
W
L
Bi
8
(6)
M
2.
15
DN---110
V
10mm.
Transcribed Image Text:6. The internal forces at section cut B of a simply supported beam (with roller support at A) is shown below in (a), and the corresponding cross-section with dimensions is shown in (b). The beam is constructed with A36 steel (Fy = 36 ksi). Use w = 500 lbf/ft, P = 15 kips, d=5 inches, and L= 10 ft. Ay = -7.5 kips. (a) Determine and report the normal stress, due to bending, at the top of the cross- section at section cut B using the sign convention you learned in ENGR 2070. (b) Determine and report the normal stress, due to axial forces, at the top of the cross- section at section cut C using the sign convention you learned in ENGR 2070. (c) Sketch the normal stress distribution through the cross-section at B. (d) Will the cross-section yield due to the normal stresses? Show your work. JI P Ay (a) W L Bi 8 (6) M 2. 15 DN---110 V 10mm.
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