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BL
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| Record Number
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970200
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| Doc. No
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b724570
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| Main Entry
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Malek, Mohammad A.
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| Title & Author
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Pressure Relief Devices.
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| Publication Statement
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Blacklick, USA :: McGraw-Hill Professional Publishing,, 2005.
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| Page. NO
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1 online resource (494 pages)
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| ISBN
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0071589066
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: 9780071589062
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| Notes
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6.5.3 Nozzle.
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| Contents
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Preface; Chapter 1. Fundamentals of Pressure Relief Devices; 1.1 Brief History; 1.2 Pressure Vessels; 1.2.1 Boiler accidents; 1.2.2 Pressure vessel accidents; 1.3 Pressure Relief Devices; 1.4 Reclosing-Type Pressure Relief Devices; 1.4.1 Pressure relief valves; 1.4.2 Safety valves; 1.4.3 Relief valves; 1.4.4 Safety relief valves; 1.5 Pressure Vacuum Relief Valves; 1.5.1 Pressure vacuum vent valves; 1.5.2 Pressure relief valves; 1.5.3 Vacuum relief valves; 1.6 Nonreclosing Pressure Relief Devices; 1.6.1 Rupture disks; 1.6.2 Breaking pin devices; 1.6.3 Buckling pin devices.
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1.6.4 Shear pin devices1.6.5 Fusible plug devices; 1.7 Codes and Standards; 1.7.1 U.S.codes; 1.7.2 International codes; 1.8 Jurisdictional Authority; Chapter 2. Pressure Relief Valves; 2.1 Safety Relief Valves; 2.1.1 Conventional pressure relief valves; 2.1.2 Pilot-operated pressure relief valves; 2.1.3 Balanced bellows pressure relief valves; 2.1.4 Power-actuated pressure relief valves; 2.1.5 Temperature-actuated pressure relief valves; 2.2 Relief Valves; 2.3 Safety Valves; 2.4 Major Components; 2.5 Accessories; 2.6 Specifications; 2.6.1 How to order a conventional pressure relief valve.
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2.6.2 Specification sheetsChapter 3. Safety Valves; 3.1 Working Principle; 3.2 Classification of Safety Valves; 3.2.1 Classification based on actuation; 3.2.2 Classification based on lift; 3.2.3 Classification based on seat design; 3.2.4 Classification based on type of lever; 3.2.5 Classification based on bonnet design; 3.3 Major Components; 3.4 Accessories; 3.5 Safety Valve Locations; 3.5.1 Pressure-reducing station; 3.5.2 Pharmaceutical factory with jacketed pans; 3.6 Specifications; 3.6.1 Specification sheet; 3.6.2 Specifying a safety valve; Chapter 4. Rupture Disks; 4.1 Brief History.
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4.2 Working Principle4.3 Application of Rupture Disks; 4.3.1 Primary relief; 4.3.2 Secondary relief; 4.3.3 Combination relief; 4.4 Types of Rupture Disks; 4.4.1 Conventional rupture disks; 4.4.2 Scored tension-loaded rupture disks; 4.4.3 Composite rupture disks; 4.4.4 Reverse-acting rupture disks; 4.4.5 Graphite rupture disks; 4.5 Major Components; 4.6 Accessories; 4.7 Specifications; 4.7.1 How to specify a rupture disk; 4.7.2 Specification sheet; 4.8 Rupture Pin Relief Valves; 4.8.1 Comparison of rupture pins and rupture disks; 4.9 Buckling Pin Relief Valves; 4.9.1 Valve characteristics.
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4.9.2 SpecificationsChapter 5. Materials; 5.1 Pressure Relief Valves; 5.1.1 Materials; 5.1.2 Bill of materials; 5.1.3 Material selection; 5.2 Rupture Disks; 5.2.1 Bill of materials; 5.2.2 Material selection; Chapter 6. Design; 6.1 Fundamentals of Design; 6.1.1 Seat disk lift; 6.1.2 Back pressure; 6.1.3 Bonnet; 6.1.4 Valve nozzle; 6.2 Design Factors; 6.2.1 Flow area; 6.2.2 Curtain area; 6.2.3 Discharge area; 6.2.4 Other design factors; 6.3 Pressure Requirements; 6.3.1 System pressures; 6.3.2 Relieving device pressures; 6.4 Design Considerations; 6.5 Design of Parts; 6.5.1 Body; 6.5.2 Bonnet.
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| Subject
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Pressure vessels-- Safety appliances.
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| Subject
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Relief valves.
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| Dewey Classification
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681.76041
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| LC Classification
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TS283 -- M244 2006eb
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