ON-DEMAND
🕖 60 MIN
🌏︎ ENGLISH
Fundamentals, Failure Mechanisms, and Engineering Consequences of Vapor Cavity Formation
Dr. Ir. Erik Jan Lingen
Software Director
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Free. Recording + slide deck available
About this Webinar
The formation and collapse of vapour cavities are critical phenomena that can severely compromise the safety and integrity of piping systems. Resulting pressure surges and unbalanced loads may inflict damage on piping, equipment, and supports, ultimately leading to costly downtime and hazardous situations. While complete avoidance of cavitation through design is theoretically possible, it is often economically prohibitive. Thus, a thorough understanding of when and where cavitation may occur, and its potential consequences, is essential for effective engineering practice.
Key Learnings
In this first session, you will gain in-depth insight into:
- Physical processes responsible for vapour cavity formation and collapse
- Flow conditions that predispose systems to cavitation
- Types of cavitation encountered in piping networks
- Consequences of cavitation, including structural and operational impacts
- Mitigation measures to minimize risks associated with cavitation
The session includes practical demonstrations using the BOSfluids surge analysis application to illustrate key concepts. You will be equipped with the foundational knowledge required for advanced simulation techniques covered in Session 2.
Get access to both sessions to ensure a holistic approach to cavitation risk management in piping systems.
RELATED SOFTWARE
BOSfluids
Transient flow & surge analysis software used in this webinar.
RELATED TRAINING
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