Pipe Stress Analysis & Designing Software

Why do you need proper pipe stress analysis? Pipe stress analysis is one of the crucial aspects of civil engineering that allows us to find the amount of stress on a piping system when forces and moments are applied to it. Through the analysis, you can determine the type of loading, type of pipe material, and external and internal factors, impacting the system behaviour. If you properly perform the analysis, you can easily find out the potential weak points or problem areas and handle the loading accordingly. This is the reason why engineers require pipe stress analysis and designing software to understand the forces and loading capacity.

Why is it important to examine pipe stress?

When it comes to designing the pipes, pipe stress analysis is one of the pivotal aspects to take care of. As a crucial part of pipe engineering, pipe stress analysis evaluates the stress, deformation, and forces acting on a piping system. The proper analysis of pipes ensures the secure operation of pipes in different industries such as petrochemicals, oil and gas, power generation plants, and more.

The predominant objectives of analysing pipe stress:

•  It defines the scope of structural integrity, which describes the design adequacy of pipes carrying fluid.
•  Analysis of pipes talks about operational integrity to justify their functions. It allows engineers to limit nozzle loads of the connected equipment under the predefined values. They can also prevent leakage at flanged joints and limit sagging and displacement.
• Proper examination of forces on a pipe can avoid excessive flexibility and optimise the design of both pipes as well as the structure.

CSI Plant: Pipe Stress Analysis and Design Software

Do you want to access the benefits of next-generation plan design and engineering? Here, you need to explore the features of CSI Plant software when it comes to designing the pipes. It is an integrated engineering software product to design and examine the complete piping systems and frame structures. It includes the checking of piping code compliance with stress-intensification and flexibility factors.

The CSI Plant software allows piping and structural engineers to use advanced analysis technology for power, pipeline, and offshore industries. With the software, they can also access the following wonderful features:

•  It upgrades drawing capabilities. Using the software, it gets easy to create and modify piping and structural frame models on CAD-like drafting tools.
•  CSI Plant also provides multiple link element types to connect various points. It also helps to know linear and nonlinear properties to define the relationship between force and deformation.
•  You can also access the feature of unlimited nonlinear load sequencing, also known as path-dependent loading.
•  Use the software to have buckling analysis. Due to thermal gradient, GRP and plastic piping, rack piping with intermediate anchors, buckling becomes a major design concern in piping analysis.
•  One of the significant features of CSI Plant is to have P-Delta analysis. It shares information about the equilibrium and compatibility relationships of a structural system loaded with its deflected configuration.
•  The software also has comprehensive integration between piping stress and structural analysis programs. It also offers Nonlinear Time History Analysis using FNA (modal Fast Nonlinear Analysis) or Direct Integration methods.

So, understand the significance of pipe stress analysis and designing software to ensure the proper working or piping system. With the right software product, you can apply advanced analysis technology to your piping system design and enhance its functionality.