Pipelines handling multiphase flows of gas and liquid, slug flow can pose significant operational challenges. To mitigate these challenges, slug catchers serve as critical components in pipeline systems. In this
The basics of slug flow, Calculation of Slug forces, and static analysis methodology in Caesar II are provided in my last article titled “Static Analysis of Slug Flow”. Click here
Slug flow is a phenomenon that occurs in multiphase flow systems, particularly in pipes and pipelines carrying gas and liquid phases. It is characterized by the intermittent presence of large,
Start-Prof can estimate the support loads and stresses caused by slug flow loads using the static method. Additional dynamic loads caused by the slugs hitting the bends and tees must
GRE Design Envelope (Failure envelope) is a 2-dimensional (2D) graphical plot of hoop stress and axial stress that provides safe operating conditions of GRE piping/pipeline system when subjected to combined
While performing buried or underground pipeline stress analysis, soil parameters must be entered in Caesar II software to help the software generate the bilinear restraints. The usual parameters that are
