force on pipe support
force on pipe support
(OP)
Hi all,
I'm new in piping. I've a question: I need to find stress on a U-bolt and its support tube due to dead and frction loads;
On U-Bolt Someone told me, we have:
- normal stress due to friction= friction load/resitaint area
- shear stress due to dead load= dead load/resistaint area
- traction stress due to friction load= friction load*dL/(2*dB*resistaint area)
Can someone tell me if this stresses are correct, and in particular can explain me the meaning of the third formula.
[/url]]Link
I'm new in piping. I've a question: I need to find stress on a U-bolt and its support tube due to dead and frction loads;
On U-Bolt Someone told me, we have:
- normal stress due to friction= friction load/resitaint area
- shear stress due to dead load= dead load/resistaint area
- traction stress due to friction load= friction load*dL/(2*dB*resistaint area)
Can someone tell me if this stresses are correct, and in particular can explain me the meaning of the third formula.
[/url]]Link 




RE: force on pipe support
RE: force on pipe support
traction stress (normal stress) due to dead load= (dead load*dL)/(2*dB*resistaint area)