a) Calculate the service shear force applied on the connection. b) Calculate the service tensile force applied on the connection. c) Calculate the nominal strength of a single bolt based on shear.
a) Calculate the service shear force applied on the connection. b) Calculate the service tensile force applied on the connection. c) Calculate the nominal strength of a single bolt based on shear.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Please answer all the questions with a complete solution. thank you.
![A structural tee bracket is attached to a column flange with six bolts as shown. all
structural steel is A992. Assume that the bearing strength is controlled by the bearing
deformation strength of 2.4dtFu. Use ASD.
WT6 x 32
5
3" diameter Group A
bearing-type bolts
with threads in shear
D = 30 k
L = 70 k
W12 x 65
a) Calculate the service shear force applied on the connection.
b) Calculate the service tensile force applied on the connection.
c) Calculate the nominal strength of a single bolt based on shear.
d) Calculate the nominal strength of a single bolt based on bearing.
e) Calculate the modified nominal tensile strength of a single bolt considering combined
shear and tension.
f) Check if the bolts are adequate to resist the shear force and tensile force.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F7f072410-ce5b-4390-ac9e-a6f7e6d92584%2Fc41dd825-3624-4538-808a-fedb20f10b34%2Fycgbu6r_processed.png&w=3840&q=75)
Transcribed Image Text:A structural tee bracket is attached to a column flange with six bolts as shown. all
structural steel is A992. Assume that the bearing strength is controlled by the bearing
deformation strength of 2.4dtFu. Use ASD.
WT6 x 32
5
3" diameter Group A
bearing-type bolts
with threads in shear
D = 30 k
L = 70 k
W12 x 65
a) Calculate the service shear force applied on the connection.
b) Calculate the service tensile force applied on the connection.
c) Calculate the nominal strength of a single bolt based on shear.
d) Calculate the nominal strength of a single bolt based on bearing.
e) Calculate the modified nominal tensile strength of a single bolt considering combined
shear and tension.
f) Check if the bolts are adequate to resist the shear force and tensile force.
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