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| Pipefitter.com-Piping Material Guide |
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Dimensions
(in inches) 6" x 9"
$90.95
Author: Peter Smith |
| Table of Contents |
| • Front Matter • Preface • Table of Contents 1. The Piping Material Engineer 1. What Is a Piping Material Engineers 2. Piping Material Engineer′s Activities 2. Process Industry Codes and Standards • 1. Introduction • 2. American Petroleum Institute 3. American Society of Mechanical Engineers (ASME) 4. American Society for Testing and Materials • 5. American Welding Society 6. American Water Works Association • 7. Manufacturers Standardization Society • 8. National Association of Corrosion Engineers (NACE) • 9. Society of Automotive Engineers 3. Materials 1. Introduction 2. Materials Specifications 4. Piping Components • 1. Introduction • 2. Dimensional Standards of Pipe 3. Dimensional Standards for Piping Components • Dimensional Standards Covering End Connections of Components 4. The Manufacture of Electric Resistance Welded Pipe • Coil Feed Ramp • First Forming Section • Final Forming Pass Section • High-frequency Welder • In-process Weld Nondestructive Inspection • Seam Weld Normalizing • Sizing Mill • Cutting the Pipe • Hydrostatic Testing • Straightening • Nondestructive Examination • Cutoff Facilities • Facing and Beveling • Final Visual Inspection 5. The Basic Manufacture of Seamless Pipe • Cast Round Billets • Round Reheating • Rotary Piercing Mill • Mandrel Pipe Mill • Shell Reheating • Stretch Reducing Mill • Cooling Bed • Batch Saws • NDT Inspection • Heat Treatment Furnace • Quenching Unit • Tempering Furnace • Sizing Mill • Hot Straightener • Cooling Bed • Finishing • 6. Steel Pipe (Seamless and Welded), Dimensions and Weight • 7. Stainless Steel Pipe (Seamless and Welded), Dimensions and Weight 5. Joints for Process Piping Systems • 1. Introduction to Pipe Joints 2. Fundamental Principles • Type of Process Fluid • Pressure and Temperature 3. Welded Joints • Welding Carbon Steel and Low-alloy Carbon Steel • Welding Stainless Steel • Butt Welds • Socket Welds 4. Welding Techniques • Metal Arc • Oxyacetylene • Submerged Arc Welding • Tungsten Inert Gas • Flux-cored and Gas-shielded Flux-cored Arc Welding • Metal Inert Gas Welding • 5. Heat Treatment 6. Nondestructive Examination of Welds • Visual |
• Magnetic Particle Examination • Liquid Penetrant Examination • Radiography • Ultrasonic • 7. Inspection Levels • 8. Inspection Records 9. Metallic Flanged Joints • Basic Flange Types • Flange Facings • Machining of Flange Facing • 10. Weld-neck Flange • 11. Socket-weld Flange • 12. Screwed Flanges • 13. Slip-on Flanges • 14. Lap-joint Flanges • 15. Joint Comparison 6. Bolts and Gaskets 1. Bolts 2. Gaskets 3. Bolts and Gaskets 7. Valves • 1. Responsibility for Valve Selection • 2. Valve Data Sheets • 3. The Function of a Valve 4. Materials of Construction • Metallic Components • Nonmetallic Components 5. Acceptable Alternatives • Deviation Requests • Concession Requests • Relaxations • 6. Inspection and Testing • 7. Certification 8. Basic Materials of Construction • Gate Valves • Globe Valves • Ball Valve • Swing Check Valve • Dual-plate Check Valve • Plug Valve 9. Typical General Arrangements of Valves • Ball Valve - Split Body, Floating Ball • Ball Valve - Split Body, Trunnion Mounted • Ball Valve - Split Body, Trunnion Mounted, for Cryogenic Service (below -50°F) • Ball Valve - Top Entry, Trunnion Mounted, Metal-to-metal Seat • Ball Valve - Top Entry, Floating Ball, Soft Seated or Metal Seated • Ball Valve - Top Entry, Floating Ball, Soft Seated or Metal Seated, for Cryogenic Service (below -50°F) • Ball Valve - Fully Welded, Trunnion Mounted, Soft Seated or Metal Seated • Gate Valves • Globe Valves • Check Valve • Control Valve 8. Glossaries and Abbreviations • 1. Steel Glossary • 2. Welding Glossary • 3. Refinery Glossary • 4. Piping Abbreviations • 5. Elastomer and Polymer Glossary • 6. Abbreviations • 7. List of Commercially Available Nonmetallic Materials • Index |
