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9780071436731

Pressure Vessels ASME Code Simplified

by
  • ISBN13:

    9780071436731

  • ISBN10:

    0071436731

  • Edition: 8th
  • Format: Hardcover
  • Copyright: 2004-07-16
  • Publisher: McGraw-Hill Education
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Summary

Pressure vessels are found everywhere -- from basement boilers to gasoline tankers -- and their usefulness is surpassed only by the hazardous consequences if they are not properly constructed and maintained. This essential reference guides mechanical engineers and technicians through the maze of the continually updated International Boiler and Pressure Vessel Codes that govern safety, design, fabrication, and inspection. * 30% new information including coverage of the recent ASME B31.3 code

Author Biography

J. Phillip Ellenberger, P.E., is Vice President of Engineering at WFI International, Inc., Houston, Texas, a design and manufacturing firm specializing in machined branch connections; and a life member of ASME, for which he serves on several codes and standards committees. Mr. Ellenberger is active with the B16 F & C subcommittees, the B31.3 design task group, and the B31 mechanical design and fabrication committee. He is also the MSS Chairman of the Coordinating Committee and Committee 113, and is member of WG 10 SC67. He has taught piping stress analysis at the University of Houston, and numerous professional seminars on B31.3 and related topics.

Table of Contents

Preface ix
Origin, Development, and Jurisdiction of the ASME Code
1(32)
History of the ASME Code
1(2)
Additions to the Code
3(1)
ASME Boiler and Pressure Vessel Committee
4(1)
Procedure for Obtaining the Code Symbol and Certificate
5(2)
The National Board of Boiler and Pressure Vessel Inspectors
7(1)
Shop Reviews by the National Board
8(1)
National Board Requirements
8(1)
Code Case Interpretations
9(4)
Canadian Pressure Vessel Requirements
13(2)
Department of Transportation Regulations
15(1)
Welded Repair or Alteration Procedure
16(4)
Managerial Factors in Handling Code Work
20(8)
Work-Flow Schedules
28(1)
Mill Orders
29(1)
Warehouse Orders
30(1)
Shop Organization
30(3)
Descriptive Guide to the ASME Code Section VIII, Division 1, Pressure Vessels
33(72)
Requirements for Establishing Design Thickness Based on Degree of Radiography (Code Pars. UW-11 and UW-12)
33(9)
Use of Internal-Pressure Cylindrical Shell Thickness Tables
42(2)
Use of Simplified External-Pressure Cylindrical Shell Thickness Charts
44(2)
Use of Internal-Pressure-Thickness Tables for Ellipsoidal and Torispherical Heads
46(12)
Elements of Joint Design for Heads
58(14)
Use of Pressure-Thickness Charts for Flat Heads and Bolted Flat Cover Plates
72(5)
Various Other Designs for Heads
77(2)
Allowable Pressure, Pitch, and Thickness
79(4)
Simplified Calculations for Reinforcement of Openings
83(6)
Cryogenic and Low-Temperature Vessels
89(1)
Impact-Test Exemptions
90(7)
Service Restrictions and Welded Joint Category
97(2)
Noncircular-Cross-Section-Type Pressure Vessels
99(2)
Jacketed Vessels
101(1)
Pressure Vessels Stamped with the UM Symbol
102(1)
Stamping Requirements
103(2)
Design for Safety
105(10)
Basic Causes of Pressure Vessel Accidents
105(1)
Corrosion Failures
105(1)
Stress Failures
105(1)
Other Failures
106(1)
Design Precautions
107(2)
Inspection Openings
109(2)
Quick-Opening Closures
111(2)
Pressure Relief Devices
113(2)
Guide to Quality Control Systems for ASME Code Vessels: A Practical Guide to Writing and Implementing a Quality Control Manual
115(26)
Inspection and Quality Control of ASME Code Vessels
141(26)
Shop Inspection
141(3)
Tests
144(4)
ASME Manufacturer's Data Reports
148(1)
Field Assembly Inspection
149(1)
Responsibility for Field Assembly
149(1)
Inspection Procedure
150(1)
Radiography
151(1)
Conditions Requiring Radiography
151(2)
Interpretation of Welding Radiographs
153(6)
Sectioning
159(2)
Hydrostatic Testing
161(1)
Test Gage Requirements
162(1)
Seven Simplified Steps to Efficient Weld Inspection
163(4)
Welding, Welding Procedure, and Operator Qualification
167(32)
Examination of Procedure and Operator
167(1)
Record of Qualifications
168(1)
Welding Procedures and Qualification Simplified
168(8)
Welding Procedure Specification Forms
170(3)
Variables [Code Pars. QW-400, QW-250, and QW-350 and Tables QW-415 (WPS) and QW-416 (WPQ)]
173(3)
Welder Qualifications
176(4)
Welding Details and Symbols
180(4)
Joint Preparation and Fit-Up
184(5)
Effects of Welding Heat
189(4)
Preheating
193(1)
Postweld Heat Treatment
194(5)
Conditions Requiring Postweld Heat Treatment
196(3)
Nondestructive Examination
199(12)
Leak Testing
205(3)
Acoustic Emission Testing
208(3)
ASME Code Section VIII, Division 2, Alternative Rules, and Division 3, Alternative Rules for High Pressure Vessels
211(6)
Power Boilers: Guide to the ASME Code Section I, Power Boilers
217(8)
Nuclear Vessels and Required Quality Assurance Systems
225(16)
Power Plant Cycles
225(1)
Pressurized Water Reactor Plants
226(1)
Boiling Water Reactor Plants
227(4)
Quality Assurance
231(10)
Department of Transportation Requirements for Cargo Tanks
241(30)
History and Overview of 49 CFR §107 to §180
241(1)
§178.345
242(2)
Specification Cargo Tank MC-331 (§178.337)
244(3)
Certification of Cargo Tanks (§178.340-10)
247(1)
Maintenance of Specification Cargo Tanks---General Information (§180)
248(3)
Glossary of Terms
251(1)
Qualification and Maintenance of Specification Cargo Tanks (§180 to §180.417)
252(12)
Purpose, Applicability, and General Requirements (§180.1 to §180.3)
252(1)
Definitions (§180.403)
253(1)
Qualification of Cargo Tanks (§180.405)
253(1)
Upgrading Existing Specification MC-306, MC-307, and MC-312 Cargo Tanks [§180.405(c) to (g)]
254(2)
Requirements for Tests and Inspections of Specification Cargo Tanks (§180.407)
256(8)
Minimum Qualifications for Inspectors and Testers (§180.409)
264(2)
Acceptable Results of Tests and Inspections (§180.411)
266(1)
Corroded or Abraded Areas
266(1)
Repair, Modification, Stretching, or Rebarreling of a Cargo Tank (§180.413)
267(1)
Repair and Modifications
267(1)
Test and Inspection Markings (§180.415)
268(1)
Reporting and Record Retention Requirements (§180.417)
268(3)
ISO 9000 Quality Assurance Requirements
271(8)
Introduction to ISO 9000 Standards
271(3)
Assessment of the Quality Assurance Program
274(3)
Notified Bodies and the CE Mark
277(2)
Appendix A. Cylinder Volume Tables and Diagrams 279(6)
Appendix B. Circumferences of Cylinders 285(12)
Appendix C. Decimal Equivalents and Theoretical Weights of Steel Plates 297(2)
Appendix D. Pipe Wall Thicknesses 299(2)
Appendix E. Dry Saturated Steam Temperatures 301(4)
Appendix F. Metric (SI) Units; English and Metric Conversions 305(6)
Bibliography 311(2)
Index 313

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