Pipe stress analysis is the study of stresses in a piping system. It is a term applied to calculations, that addresses static and dynamic loads such as dead weight (self-weight of the pipe including fluid, fittings, and its associated components), internal and external pressure, thermal loads (due to changes in temperature), seismic loads, wind loads, vibration, water hammer, stream hammer, slug force, PSV reaction force, etc. 

Piping stress analysis improves design and performance in addition to safety. Engineers can decide how to use materials, control prices, and improve overall efficiency by understanding how stresses affect the system under various operating conditions. Additionally, by foreseeing possible issues, maintenance and operational plans can be developed to increase the piping system's reliability and longevity.

Not all types of loads are applicable in every system; e.g., if the system temperature is expected to stay at ambient conditions, thermal loads will not apply. The applicable loads derive from the Design Basis. The objective of the stress analysis is calculate these loads, strategically design the layout to allow the required flexibility (e.g., expansion loops or changes in direction of pipe) and provide the constraints (directional and rotational) using piping supports, anchors, and hangers. The type of supports can be rigid, spring, snubbers, etc based on the stresses and forces in the piping system.  

We at MECS Engineering are dedicated to providing high-quality solutions that guarantee your piping systems run effectively, safely, and with the least amount of downtime possible. Join forces with us to see the difference that knowledgeable pipe stress analysis can make.

To discuss your project requirements and learn how our pipe stress analysis services can take your piping systems to new levels of performance and dependability, get in touch with us right away.