I am currently conducting a stress analysis of a fiberglass FRP/GRE piping system using CAESAR II software.
As part of the analysis, I need to perform a flange leakage check.
Could you please advise on how to carry out this check, either using the software or manually, and which method should...
I have to carry out a stress analysis of jacketed pipeleine carrying crude oil from pig launcher to the pig receiver (pig launcher and receiver are above ground)
The pipeline connecting the start point (pig launcher) and the end point (pig receiver) is buried (underground) and jacketed.
- Inner...
I have to carry out a stress analysis of jacketed pipeleine carrying crude oil from pig launcher to the pig receiver (pig launcher and receiver are above ground)
The pipeline connecting the start point (pig launcher) and the end point (pig receiver) is buried (underground) and jacketed.
- Inner...
I have to make the stress analysis study of a pipeline that is not buried but it is directly laid on the ground.
how to model this pipeline on CAESAR II.
In my opinion, I think supporting valves from their flanges is more safe for the GRE piping system than supporting from the pipes.
what you think for a DN100 GRE piping system ?
Our client ask for a change of carbon steel pipe manifold by a GRE/GRP pipe manifold.
The question is how to support valves to withstand the excess of load on manifold piping system?
Should I support valves from their flanges or from pipe.
GRE PIPE DN: 4 INCHES
Carbon steel valves class 150
According to polypropylene PP-H pipes suppliers, the coefficient of thermal linear expansion is equal to 50*10^-6 in/in/F at 73°F.
Could you please give me this value at 176°F ?
