Control Valves and Actuators
(Design-Selection-Sizing)
Module 1 : Introduction to Control Valves
Module 2 : Control Valve and Actuator Functions
Module 3 : Linear Motion Control Valves
Module 4 : Rotary Motion Control Valves
Module 5 : Types of Control Valve Actuators
Module 6 : Primary Control Valve Trim
Module 7 : Secondary Control Valve Trim
Module 8 : Control Valve Safety
Module 9 : Principles of Fluid Flow
Module 10 : Control Valve Selection
Module 11 : Control Valve Sizing - Liquid Flow
Module 12 : Control Valve Sizing - Gas and Vapor Flow
Module 13 : Actuator Selection and Sizing
Module 14 : Installation and Maintenance
1-1. Dispensing Applications
1-2. Dissipating Applications
1-3. Distributing Applications
1-4. Product Quality
1-5. Maintenance Costs
1-6. Working Conditions and Safety
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2-1. Control Valve Functions
2-2. Actuator Functions
2-3. Valve Positioners
3-1. Globe Valves
3-2. Diaphragm Valves
4-1. Butterfly Valves
4-2. Ball Valves
4-3. Plug Valves
5-1. Diaphragm Actuators
5-2. Piston Actuators
5-3. Rolling Diaphragm Actuators
5-4. Electromechanical Actuators
5-5. Electrohydraulic Actuators
5-6. Hydraulic Actuators
5-7. Vane Actuators
5-8. Motion Transfer Mechanisms
5-9. Auxiliary Devices
6-1. Fluid Flow and Differential Pressure
6-2. Control Valve Capacity
6-3. Control Valve Flow Characteristics
6-4. Factors that Limit Flow
6-5. Rangeability
6-6. Reduced Capacity Trim
6-7. Other Primary Trim Considerations
6-8. Valve Leakage Classifications
7-1. Braided Packing
7-2. Teflon Packing
7-3. Pure Graphite
7-4. Bellows Stem Seal
7-5. Double Packing Stem Seal
8-1. Actuating Power and Control Signal Failure
8-2. Fluid Forces
8-3. Thermal Expansion
8-4. Electrical Hazards
8-5. Hazards Specific to the Process
9-1. Types of Fluid Flow
9-2. Reynolds Number
9-3. Ideal Flow through an Ideal Restriction
9-4. Flow through a Valve
9-5. Cavitation
9-6. Flashing
10-1. Analyzing the System
10-2. Gathering Data
10-3. Piping System
10-4. Environmental Factors
10-5. Selection
10-6. Difficult Fluids and Conditions
11-1. Example Sizing Problem
11-2. Predicting Cavitation
11-3. Non-Newtonian Fluids
12-1. Expansion Factor (Y)
12-2. Pressure Drop Ratio (x)
12-3. Pressure Drop Ratio Factor (xTP)
12-4. Ratio of Specific Heats Factor (Fk)
12-5. Compressibility Factor (Z)
12-6. Example Sizing Problem
12-7. Thermodynamic Effects of Throttling
13-1. Actuator Sizing
13-2. Static Form
13-3. Dynamic Forces
14-1. Installation
14-2. Maintenance
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