What is Discontinuity Stress with respect to Pipe Stress Analysis?
A discontinuity occurs where there is a sudden change in material, geometry, or loading. The behaviour of different free components, such as their displacement under a specific load, may be...
Free Webinar on WRC 537 Evaluation of Spherical Nozzles by CEI
Evaluating nozzle loads in pressure vessels is a critical aspect of mechanical design, particularly when dealing with spherical heads or shells subjected to external forces and moments. To help...
Natural frequency is determined by the physical properties of a piping system, like mass and stiffness, without any external driving force. This natural frequency in a piping system is affected by...
Dynamic Pipe Stress Analysis is a specialized engineering evaluation used to assess how piping systems respond to time-dependent (dynamic) loads, such as: Seismic activity (earthquakes) Water...
In the piping engineering industry, the terms FIV, AIV, and Random-Vibrations refer to different types of vibration phenomena that can affect the integrity and safety of piping systems. In recent...
The Y factor is a dimensionless coefficient used for calculating the required wall thickness (t) for thin-walled pipes under internal pressure. According to Equation 3a of ASME B31.3, for determining...
