A column is fabricated by connecting the rolled-steel members by bolts of 18 mm diameter spaced longitudinally every 125
Posted: Tue Jun 07, 2022 1:50 pm
A column is fabricated by connecting the rolled-steel members by
bolts of 18 mm diameter spaced longitudinally
every 125 mm. The shearing force is 130
kN parallel to the y-axis.
a. Determine the 2nd moment of Inertia
Izz = __ x106 mm4
b. Determine the shearing force in each
bolt.
Fbolt = __kN
c. Determine the average shearing stress in the bolts.
=
__ MPa
Could someone please help me answer this question? Thank
you!!
C200 x 20.5 S250 × 37.8 y C d bf E -X₂ k.xx C200×20.5 tw эк T 5
Section X y S250×37.8 - - C200x20.5 13.9 A mm² 4820 2660 bf mm 118 59.4 d mm 254 203 tf tw mm mm 12.5 7.9 9.91 7.7 Ixo (x106 mm4) 51.1 15 lyo (x106 mm4) 2.80 0.620
bolts of 18 mm diameter spaced longitudinally
every 125 mm. The shearing force is 130
kN parallel to the y-axis.
- A Column Is Fabricated By Connecting The Rolled Steel Members By Bolts Of 18 Mm Diameter Spaced Longitudinally Every 125 1 (175.4 KiB) Viewed 26 times
- A Column Is Fabricated By Connecting The Rolled Steel Members By Bolts Of 18 Mm Diameter Spaced Longitudinally Every 125 2 (149.18 KiB) Viewed 26 times
Izz = __ x106 mm4
b. Determine the shearing force in each
bolt.
Fbolt = __kN
c. Determine the average shearing stress in the bolts.
=
__ MPa
Could someone please help me answer this question? Thank
you!!
C200 x 20.5 S250 × 37.8 y C d bf E -X₂ k.xx C200×20.5 tw эк T 5
Section X y S250×37.8 - - C200x20.5 13.9 A mm² 4820 2660 bf mm 118 59.4 d mm 254 203 tf tw mm mm 12.5 7.9 9.91 7.7 Ixo (x106 mm4) 51.1 15 lyo (x106 mm4) 2.80 0.620