A steel beam in the form of a T-section consists of W-shape section and a channel place on top of the W-section and is bolted by two 16 mm diameter bolts.
A steel beam in the form of a T-section consists of W-shape section and a channel place on top of the W-section and is bolted by two 16 mm diameter bolts.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Question
![A steel beam in the form of a T-section consists
of W-shape section and a channel place on top
of the W-section and is bolted by two 16 mm
diameter bolts.
Properties of W-Section:
A = 6832 mm^2
lx = 185.75 x 106 mm^4
Properties of channel:
A = 3920 mm^2
tw = 7.2 mm
lx = 53.5 x 106 mm^4
d = 402 mm
7.2
402
d = 305 mm
x = 17.5 mm
ly = 1.59 x 106 mm^4
a. Find the moment of inertia about the neutral
axis of the section, in mm^4
b. Find the required bolt spacing to resist an
ultimate shear force of 100 kN if the ultimate
shearing stress of the bolts is not to exceed 100
MPa.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F4ea27719-97f8-4615-9199-88912cc9615d%2F7de7ff27-0e54-4afd-a976-7c0cc0c4226a%2Fwxvylel_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A steel beam in the form of a T-section consists
of W-shape section and a channel place on top
of the W-section and is bolted by two 16 mm
diameter bolts.
Properties of W-Section:
A = 6832 mm^2
lx = 185.75 x 106 mm^4
Properties of channel:
A = 3920 mm^2
tw = 7.2 mm
lx = 53.5 x 106 mm^4
d = 402 mm
7.2
402
d = 305 mm
x = 17.5 mm
ly = 1.59 x 106 mm^4
a. Find the moment of inertia about the neutral
axis of the section, in mm^4
b. Find the required bolt spacing to resist an
ultimate shear force of 100 kN if the ultimate
shearing stress of the bolts is not to exceed 100
MPa.
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