Installing and connecting the process of submarine pipelines is quite complicated and the
safety problem of misalignment of pipelines with complex structures needs to be addressed …

Oil and gas plants require piping components and systems to transport fluids and gases. A
number of factors affect piping, including pressure, temperature, load, and flow. The purpose …

Outdoor pipeline leaks are difficult to accurately measure using existing concentration
measurement systems installed in petrochemical plants owing to external air currents …

Design of piping system requires a systematic consideration of various factors as addressed
by the codes and standards. This research paper aims to provide a method for flexibility …

Consideration of occasional loads attributed to events like wind and earthquakes serves as
a major design practice in the pipeline engineering field. Numerous methods and …

This paper includes a finite element analysis study to explore the stress, strain and of a 16-
inch trunk line in South Rumaila oil field, Iraq. CAESAR II software was utilized to simulate …

Pipeline systems serve a crucial role in an effective transport of fluids to the designated
location for medium to long span of distances. Owing to its paramount economic …

The paper proposes a new methodology for revamping design and optimization of a process
piping system. Starting from ASME B31. 3 Process Piping prescriptions for stress analysis, a …

The thermal expansion can lead to the high stress on the pipe. The problem can be
overcome using expansion loops in a certain length depending on the material's elastic …

En la actualidad las tuberías son el principal método de transporte de fluidos de un lugar a
otro, dentro de una planta industrial. La presente investigación estudia la configuración de …