Pipe Stress Analysis Services

Pipe stress analysis Services is the process of determining how well a piping system will hold up under internal and external loads. It involves analyzing the internal forces and moments, as well as the stresses that can be imposed on the system from external factors such as seismic movements, extreme temperatures and winds. The analysis helps to make sure that the internal forces don’t exceed the allowable limits for the pipe material, and that the pipes are sized correctly to accommodate the loads.

There are five primary stresses that can be found in a piping system: hoop stress, axial stress, bending stress, torsion stress and fatigue stress. While inspection and hand calculations can be sufficient for water systems, it is important to use specialized software programs for more complex systems such as cryogenic or hazardous fluids systems that are influenced by outside forces. The right piping stress analyst can help ensure maximum safety and efficiency in any industry.

Piping stress analysis can be used for both new construction projects and to evaluate existing systems. It can be performed on the whole piping system or on specific segments within it. The results of a pipe stress analysis can be used to identify potential weak points, areas where over-stressing is occurring or where the loading is concentrated, and then correct the problem with stronger materials or more robust designs.

Typically, a pipe stress analysis begins with a piping isometric, which is a schematic view of the piping that summarizes the design data. The design data includes the piping geometry, pipe dimensions and sizes; operating parameters such as temperature, pressure and liquid contents; code stress allowables; and load information such as insulation weight, seismic or wind criteria. For more details please visit Piping Stress Company

Once the piping model is entered into a specialized piping stress analysis program, all of the piping stresses and forces are calculated. The results can then be compared to the allowable code stress levels and analyzed for any discrepancies. The program can also be used to determine the best material for the piping, as well as to calculate the proper support sizes and locations.

There are several different piping stress analysis programs on the market, including PASS and CAESAR II. PASS/STRAT-PROF is an easy to use software package that can perform both dynamic and static analyses, as well as sizing and selection of pipe fittings, valves and flanges. It can even handle a variety of different load scenarios, including the most common piping stresses and other types such as fluid hammer, mechanical vibration, pulsation and relief valve discharge. This software package is often utilized in power, chemical and oil & gas industries. It has a large database of international and local codes, making it easier to analyze a particular piping model. It is also compatible with most CAD and CAE systems. Ultimately, this type of software is designed to make the piping design and stress calculation process as quick and simple as possible for engineers.