A flanged bolt coupling consists of six 12-mm-diameter steel bolts (Gst = 80 GPa) on a bolt circle 600 mm in diameter, and four 16-mm-diameter aluminum bolts (Gal = 24 GPa) on a concentric bolt circle 400 mm in diameter. Determine the following: P1 P2 R1
A flanged bolt coupling consists of six 12-mm-diameter steel bolts (Gst = 80 GPa) on a bolt circle 600 mm in diameter, and four 16-mm-diameter aluminum bolts (Gal = 24 GPa) on a concentric bolt circle 400 mm in diameter. Determine the following: P1 P2 R1
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Question
a.)What torque can be applied without exceeding the shearing stress of 60 MPa in the steel bolts and 40 MPa in the aluminum bolts? (in kNm)
b.)Using the Torque calculated above, what is the maximum shearing stress in the steel bolts? (in MPa)
c.)Using the Torque calculated above, what is the maximum shearing stress in the aluminum bolts? (in MPa)
![A flanged bolt coupling consists of six 12-mm-diameter steel bolts (Gst = 80
GPa) on a bolt circle 600 mm in diameter, and four 16-mm-diameter aluminum
bolts (Gal = 24 GPa) on a concentric bolt circle 400 mm in diameter. Determine
the following:
P1
P2](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F54899546-65ff-43d7-ae8f-c4878f8e26e5%2F7cee9353-91fa-48f7-b7e9-3fd2ca788c3b%2Fre558j_processed.png&w=3840&q=75)
Transcribed Image Text:A flanged bolt coupling consists of six 12-mm-diameter steel bolts (Gst = 80
GPa) on a bolt circle 600 mm in diameter, and four 16-mm-diameter aluminum
bolts (Gal = 24 GPa) on a concentric bolt circle 400 mm in diameter. Determine
the following:
P1
P2
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