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Master Control Valves: Sizing & Selection Pro 2024

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2:14:30

  • 1 -Introduction.mp4
    00:33
  • 2 -2. Content.mp4
    01:10
  • 1 -Terminology.mp4
    00:51
  • 2 -Example 1.mp4
    03:53
  • 3 -Summary of Terminology.mp4
    01:52
  • 4 -Example 2.mp4
    00:53
  • 5 -Human vs. Automated Control.mp4
    01:18
  • 6 -Automated Control.mp4
    00:38
  • 7 -Components of Automated Control.mp4
    00:49
  • 1 -Purpose and function of control valves.mp4
    01:00
  • 2 -Defining the Role of Control Valves.mp4
    01:14
  • 3 -Block Diagram.mp4
    01:31
  • 4 -Control Valve Characteristics.mp4
    01:30
  • 1 -Components of a Typical Industrial Valve.mp4
    00:24
  • 2 -Valve Body.mp4
    02:11
  • 3 -Plug.mp4
    04:03
  • 4 -Seat.mp4
    01:48
  • 5 -Yoke.mp4
    01:54
  • 6 -Actuator.mp4
    02:59
  • 7 -Actuator Stem.mp4
    00:41
  • 8 -Actuator Spring.mp4
    01:26
  • 9 -Pneumatic Actuators with Electronic Controller.mp4
    01:13
  • 10 -Direct and Reverse Actuator.mp4
    01:46
  • 11 -Packing and Gaskets.mp4
    00:44
  • 1 -Types of Control Valves.mp4
    00:35
  • 2 -Globe Valve.mp4
    02:36
  • 3 -Single Seated Valve.mp4
    00:53
  • 4 -Double Seated Valve.mp4
    01:04
  • 5 -Cage Valve.mp4
    02:21
  • 6 -Split Body Valve.mp4
    01:33
  • 7 -Angle Body Valve.mp4
    01:03
  • 8 -Y Pattern Valve.mp4
    00:54
  • 9 -Three Way Valve.mp4
    01:17
  • 10 -Butterfly Valve.mp4
    03:25
  • 11 -Ball Valve.mp4
    02:01
  • 1 -Introduction to Control Valve Selection.mp4
    00:51
  • 2 -Selection Criteria.mp4
    04:09
  • 3 -Valve Selection Process.mp4
    02:43
  • 4 -Valve Body Materials.mp4
    03:44
  • 5 -Control Valve Flow Characteristics.mp4
    03:56
  • 1 -Valve Sizing for Liquid Flow.mp4
    00:23
  • 2 -Valve Sizing Procedure.mp4
    02:16
  • 3 -Principles of Sizing Equation.mp4
    00:48
  • 4 -Major Influences.mp4
    01:06
  • 5 -Other Influences.mp4
    01:50
  • 6 -Choked Flow.mp4
    04:20
  • 7 -Pressure Recovery.mp4
    02:41
  • 8 -Sizing Equations.mp4
    05:06
  • 9 -Simplified Formulae.mp4
    05:04
  • 10 -Practical Example of Cv Sizing Calculation.mp4
    06:49
  • 11 -Example 2 Control Valve Sizing Problem with Choked Flow.mp4
    05:46
  • 1 -Valve Sizing for Gas and Vapor Flow.mp4
    01:12
  • 2 -Compressibility in Gas and Steam.mp4
    00:26
  • 3 -Ideal and Real Gasses.mp4
    01:39
  • 4 -Handling High Mach Numbers.mp4
    01:41
  • 5 -Imperial Formulas.mp4
    04:00
  • 6 -Metric Formulas.mp4
    03:19
  • 7 -Reducers.mp4
    01:56
  • 8 -Gas Expansion and Density.mp4
    01:02
  • 9 -Choked Flow.mp4
    00:29
  • 10 -Practical Example 3.mp4
    06:21
  • 11 -Practical Example 4.mp4
    03:42
  • 12 -Two Phase Flow.mp4
    01:55
  • 13 -Datasheet.mp4
    01:13

    • More details

    Course Overview

    This comprehensive course provides essential knowledge of control valve fundamentals, sizing techniques, and industrial applications for optimal process control.

    What You'll Learn

    • Identify control valve components and their functions
    • Select appropriate valves for different industrial applications
    • Master sizing calculations for liquids, gases, and vapors

    Who This Is For

    • Process engineers and instrumentation technicians
    • Industrial automation professionals
    • Engineering students specializing in process control

    Key Benefits

    • Practical sizing examples with real-world applications
    • Covers all major valve types and characteristics
    • Beginner-friendly with progressive technical depth

    Curriculum Highlights

    1. Control valve components and terminology
    2. Valve types and selection criteria
    3. Sizing techniques for different flow media
    Focused display
    Category

    Oil and Gas Industry

    • language english
    • Training sessions 64
    • duration 2:14:30
    • Release Date 2025/04/19