Stress Intensity Factor (SIF), Flexibility Factor: ASME B31.3 vs ASME B31J (With PDF)
A piping system consists of many different components such as bends, elbows, reducers, tees, valves, and flanges. However, in the pipe stress analysis, these various components idealize into two...
Variable Spring Support Design without the aid of Caesar II Hanger Auxiliary (PDF)
Variable Spring Hanger Supports are widely used in critical pipe systems for their load-bearing capability allowing thermal movements. In Caesar II, We can easily design a variable spring hanger...
Turbine piping stress analysis is one of the most critical analyses in piping design. It is due to the following reasons Turbines are strain sensitive and have less allowable nozzle...
Spring Hanger Pipe Support Selection Procedure for Piping Stress Analysis (With PDF)
Expert opinion says that among all piping design issues, 20% of issues are directly related to the support design and the other 20% are indirectly related. So overall 40% of the problems in the...
Stress Analysis of Water Pump Station Piping using Flexible Sleeve Coupling (With PDF)
A large number of Piping failures in Very Large Diameter Water pump piping systems forced client companies to consider water pump station piping as a critical system. Pump station piping is normally...
Importing an Autodesk REVIT model into Piping Stress Analysis Software START-PROF
What is Autodesk REVIT Autodesk REVIT is modeling software used mainly by Mechanical, Civil, Architectural engineers and designers. It offers a collaborative and multi-disciplinary approach for...
