Webinar 3 of 3 - Valve Cavitation Index
In this session, we will dive deep into cavitation in control valves and its significant impact on valve performance and system efficiency. We will explore the causes and effects of cavitation and discuss different methods to mitigate or avoid cavitation in valves. Discover how staging the pressure drop through trim design changes can help reduce cavitation risks. Learn how to calculate the Incipient Cavitation Index from the Autonomous Valve CFD app. We will also present a validation study on an orifice, showcasing real-world data and CFD results. Additionally, we’ll examine a case study of a globe valve with an anti-cavitation trim design, illustrating how effective trim modifications can prevent cavitation and enhance valve longevity.

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Webinar - Virtual Flow Loop Testing for Valves using Control Valve Performer app

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Webinar 1 of 3: Valve Flow Coefficient (Cv) and Flow Characteristics

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Webinar - Nozzle Check Valve flow simulation using Autonomous Valve CFD

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Webinar 2 of 3 - Valve Hydrodynamic Torque

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Beyond contact Scaling EOL efficiency with Vibrometry and intelligent automation

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Liquid Pressure Recovery Factor (FL) Prediction using Autonomous Valve CFD

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Solving Impossible Problems for Fun and Profit | Dan Gelbart

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Python Variables | Python Operators | Python Tutorial For Beginners | Intellipaat

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Web Scraping Using Python For Beginners and File Handling in Python | Python Web Scraping

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Being polite - soften your language: Live English Class

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But what is the Fourier Transform? A visual introduction.

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What do tech pioneers think about the AI revolution? - The Engineers, BBC World Service

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PLC Troubleshooting 101. Basic Steps to Diagnose and Fix Your Machine

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Why The Russian Accent Terrifies Everyone

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Understanding Steels and Heat Treatment

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How to Start Coding | Programming for Beginners | Learn Coding | Intellipaat

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How to increase your vocabulary: Live English Class

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🩸 Phlebotomy Technician Practice Quiz – with Nurse Eunice! 🎯

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How to Size a Control Valve for Liquid Flow

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