Turbine Piping: Definition, Working Philosophy, Layout Consideration, Stress Analysis, NEMA SM 23
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...
Pipe wall thickness calculation is one of the important basic activities for every piping engineer. Process plants deal with the fluids that flow inside the pipe at high pressure and temperature. So,...
For the completion of any Engineering Project, It is very important to exchange information among the different Engineering Disciplines for starting the work simultaneously. The documents or objects...
Dish and Nozzle Center line Distance Calculation from Nozzle Orientation of Pressure Vessel
Many a time during our day-to-day engineering services we need to calculate several important dimensions from the Nozzle Orientation drawing (Part of the Equipment GA drawing) of the pressure vessel....
Difference between Primary loads and Secondary loads in a Piping System
Piping Stress Analysis is the scientific or engineering study of all the stresses generated in a piping system. Now from where this stress comes? From the mathematical definition of stress, we all...
The knowledge of both stress and strain is very important in design as their relationship to each other defines the mechanical properties of a material. But which comes first between Stress and...
