Understanding Flow-Induced Vibrations in Piping Systems
Flow-induced vibrations in piping systems are a critical aspect of mechanical engineering, impacting the reliability and integrity of various industrial setups. The Japan Society of
Flow-induced vibrations in piping systems are a critical aspect of mechanical engineering, impacting the reliability and integrity of various industrial setups. The Japan Society of
How does BOSfluids ensure the accuracy of the surge analysis results? As is the case for every software program the accuracy of the results depends
On-Demand Webinar A well-designed cooling water system design takes into account the possibility of upset scenarios such as pump failure and water hammer events. For
Introduction In this case, the high-tension wires will be supported by slender steel conical towers. The towers are loaded by various horizontal and vertical load
Pressure surges ocurr in piping systems whenever there are sudden changes in flow resistance from steady operation. Surges can cause significant damage, also at locations
Introduction Our client is reviewing/upgrading the primary cooling water system in an existing power plant. The primary cooling water flow can be operated as an
Introduction In a wash oil line, undesirable vibrations are observed in the downstream line of an angle control valve.Upstream of the control valve, the wash
As has become a sort of tradition, this new BOSpulse release brings many small and large improvements to its user interface that make it even
Date: April 2nd, 2024 We are delighted to announce the celebration of Dynaflow Research Group’s 35th anniversary, marking a significant milestone in our journey of
While BOSfluids has always been an excellent tool for the analysis of transient flow phenomena in piping systems, it is certainly also a more than
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