Importance & Impact of Stress Intensification Factor (SIF) in Piping
What is the Stress Intensification Factor or SIF? As per Code ASME Section III, the Stress Intensification Factor or SIF is defined as the Fatigue Correlation Factors that compare the fatigue life...
Nonstandard Valve Model for Pipe Stress Analysis: Angular, 3-way, 4-way, with Actuator
In the process or the power piping industry, many a time several non-standard valves are used for some specific requirements. A few examples of those are Angular Valves, Three-Way valves, Four-way...
In the context of pipe stress analysis in engineering, a "pipe model" refers to the representation of a piping system used for analysis purposes. Pipe stress analysis is crucial in designing and...
The upcoming CAESAR II release will deliver a number of significant new and extended capabilities in response to current market requirements, as well as direct feedback from the growing CAESAR II...
Procedure for Converting a Higher version Caesar II file into its Lower version
Many a time during interfacing with other EPC organizations or vendors, Caesar II file transfer becomes a necessity to reduce re-modeling time. And most of the time it happens that the Caesar II...
Many of you are aware that the 2014 edition of ASME B 31.3 is scheduled to publish on 21st February 2015. Similar to every new edition this edition too contains several updates. Thanks to Mr. Don...
