Catalogue

Record Details

Catalogue Search

[ 2 filters applied ]

Back To Results
Showing Item 1 of 1
Power boilers : a guide to Section I of the ASME boiler and pressure vessel code Cover Image Book Book

Power boilers : a guide to Section I of the ASME boiler and pressure vessel code

Mackay, John R. (author.). Pillow, James T. (author.). Bernstein, Martin D. (founding author.). Yoder, Lloyd W. (founding author.).

Summary: "A completely revised and updated edition of the classic and comprehensive guide to the construction rules for power boilers—their intent, application, and interpretation. This unique guide provides expert advice and useful information for design engineers, project managers, architect engineers, manufacturing engineers, boiler operators, insurance inspectors, and other power boiler professionals. This edition includes explanation and use of the other Sections of the ASME Boiler and Pressure Vessel Code that affect construction. It contains chapters on boiler life extension and repairs and alteration of boilers under the rules of the National Board Inspection Code." -- publisher's description

Record details

  • ISBN: 9780791859674
  • ISBN: 0791859673
  • Physical Description: print
    xix, 311 pages : illustrations ; 29 cm
  • Edition: Second edition.
  • Publisher: New York : ASME Press, 2011.

Content descriptions

General Note:
First edition, 1998 by Martin D. Bernstein and Lloyd W. Yoder.
Bibliography, etc. Note: Includes bibliographical references and index.
Formatted Contents Note: Machine generated contents note: ch. 1 Scope of Section I, Organization and, Service Limits -- Scope -- Organization of Section I -- Parts of Section I -- Interpretations -- Pressure Range of Section I Boilers -- Fired Versus Unfired Boilers -- Use of Section VIII Vessels in a Section I Boiler -- Standards Referenced by Section I -- ch. 2 How and Where Section I is Enforced and Effective Dates -- United States and Canada -- International Acceptance -- Uniform Boiler and Pressure Vessel Laws Society -- National Board Inspection Code -- Effective Dates of the Code and Code Revisions -- ch. 3 Materials -- How Material is Ordered -- Using Section II -- Finding and Using Design Stresses in Section II, Part D -- Marking of Materials -- Use of Non-Asme Material Specifications and Material Not Fully Identified -- Special Concerns -- Material Requirements for Boiler External Piping -- Electric Resistance Welded (ERW) Materials -- Nonpressure Part Materials -- Material Test Reports -- Strength of Materials After Fabrication -- Cold Forming of Austenitic Materials -- Cold Forming of Creep Strength-Enhanced Ferritic Steels -- Does New Material Get Old? -- Use of Materials in Inventory -- Code Guidance on the Use of Old Materials -- ch. 4 Boiler Design -- Design Life -- Design Allowable Stresses -- Design Methods -- Design Loads -- Distinction Between Boiler Proper Piping and Boiler External Piping -- Some Design Differences: Section I Versus B31.1 -- Bend Design -- Openings and Compensation -- Ligament Design -- Interpretations on Openings, Compensation, and Ligaments -- Nozzle Attachment Rules -- Dished Heads -- Flat Heads -- Interpretations on Heads -- Stayed Surfaces -- Supports and Attachment Lugs -- Loading on Structural Attachments -- Design of Pressure Relief Valve Nozzles -- Thermocouple Installations -- ch. 5 Piping Design -- Introduction -- Shock Service for Feedwater and Blow off Piping -- Pump Discharge Head -- Unusually High Piping Design Pressure -- Short-Term Overstress in Boiler External Piping -- Hydrostatic Test of Boiler External Piping -- Allowable Stress When Pressure Relief Valves Are Discharging -- Feedwater Piping -- Main Steam Piping -- Blowoff and Blowdown Piping -- Design Conditions for Blowoff and Blowdown Piping -- Drains -- Design Conditions for Drain Piping -- Pipe Connections to the Boiler -- Addition of Small Connections to Boiler Piping -- ch. 6 Fabrication -- Fabrication -- Tube Attachment by Expanding -- Welding --- Some History -- Welding Rules -- Qualification of Welding Procedures -- Qualification of Welder Performance -- Expiration and Renewal of Welding Qualifications -- Transfer of Procedures and Welders to Another Organization -- Welding Documentation -- Welding Nonductile Materials -- Welding Variables -- P-Numbers, S-Numbers, F-Numbers, and A-Numbers -- Weldability -- Design of Welded Joints -- Bending Stress on Welds -- Acceptance Criteria for Welds -- Tube-to Header Attachment Using Partial Penetration Welds -- Alignment Tolerance -- Backing Rings -- Preheating -- Postweld Heat Treatment -- Test Plates -- Interpretations on Welding -- Volumetric Examination of Welds -- ch. 7 Nondestructive Examination and Hydrostatic Testing -- Nondestructive Examination -- Qualification And Certification Of NDE Personnel -- Hydrostatic Testing -- Welding After Hydrostatic Test -- Interpretations On Hydrostatic Testing -- ch. 8 Third Party Inspection -- ch. 9 Certification by Data Reports and Stamping -- Certification and Its Significance -- Manufacturer's Data Report and Certificate of Conformance Forms -- Section I Manufacturer's Data Report And Certificate Of Conformance Forms -- Completing the Manufacturer's Data Report Forms -- Distribution of the Data Report Forms -- Interpretations on Use of Manufacturer's Data Report Forms -- Code Symbol Stamps and How They Are Obtained -- What the Code Symbol Stamps Cover -- Reapplication of an ASME Code Symbol Stamp -- Interpretations on Code Symbol Stamping -- ch. 10 Quality Control System -- ch. 11 Standard Pressure Parts, Valves, and Valve Ratings -- Standard Pressure Parts -- Valve and Valve Ratings -- ch. 12 Pressure-Relief Valve Requirements -- Introduction -- Overpressure Protection -- Selection of Pressure-Relieving Devices -- Design of Pressure-Relief Valves -- Establishing and Certifying Relieving Capacities -- Qualification of Pressure-relief Valve Manufacturers -- Installation Guidelines -- Pressure-Relief Valves in Service -- ch. 13 Feedwater Supply and Water Level Indication -- Importance of Feedwater -- Rules for Feedwater Supply -- Tower Mounted Solar Fired Boilers -- Forced-Flow Steam Generators -- Low Water Level Fuel Cutoffs -- Water Level Indication -- Water Columns -- ch. 14 Creep and Fatigue Damage During Boiler Life -- Introduction -- Creep -- Fatigue -- Boiler Life Extension -- ch. 15 Determination of Allowable Stresses -- General Philosophy -- Establishing Allowable Stresses -- Penalties on Allowable Stresses -- Design Stresses: Past, Present, and Future -- Appendix 1 of Section II, Part D -- ch. 16 Rules Covering Boilers in Service -- Introduction -- Jurisdictional Requirements -- National Board Inspection Code -- References -- Appendix I Evolution of the ASME Boiler and Pressure Vessel Code -- Appendix II Organization and Operation of the Boiler and Pressure Vessel Standards Committees -- Organization and Responsibility -- Balance of Interests -- Code Sections and Their Related Standards Committee -- Service Committee -- Certification Committees -- Committee Operations -- How the Committee Does Its Work -- Code Inquiries and Interpretations -- Publication of Interpretations of the Code -- Additions and Revisions to the Code -- Code Cases -- Voting at the Standards Committee (BPV I) -- Due Process -- Appendix III Overview of Code Sections II to XII and Piping Codes B31.1 and B31.3 -- Appendix IV Design Exercises -- Design Exercise No. 1 Design of a Header -- Design Exercise No. 1A Alternative Design of Header (A-317) -- Design Exercise No. 2 Design of a Head -- Design Exercise No. 3 Choice of Feedwater Stop Valve -- Design Exercise No. 4 Design of a Tube For Lug Loading -- Design Exercise No. 5 Design of an Opening -- Pg-27 Cylindrical Components Under Internal Pressure (Reproduced from ASME Section I) -- PG-29 Dished Heads (Reproduced from Section I) -- Appendix V Illustrations of Various Types of Boilers.

Search for related items by subject

Subject: Steam-boilers -- Standards -- United States
Pressure vessels -- Standards -- United States

Available copies

  • 1 of 1 copy available at University College of the North Libraries.

Holds

  • 0 current holds with 1 total copy.
Show Only Available Copies
Location Call Number / Copy Notes Barcode Shelving Location Holdable? Status Due Date
The Pas Campus Library TJ 288 .B47 2011 (Text) 58500000073478 Stacks Volume hold Available -
► Summaries & More
▼ Additional Content
List of Figures
ix
List of Tables
xii
Foreword xiii
Introduction xv
Acknowledgment xix
Chapter 1 Scope of Section I, Organization and, Service Limits
1(16)
Scope
1(3)
The Organization of Section I
4(1)
The Parts of Section I
5(5)
Interpretations
10(1)
Pressure Range of Section I Boilers
11(1)
Fired Versus Unfired Boilers
11(1)
The Use of Section VIII Vessels in a Section I Boiler
12(2)
Standards Referenced by Section I
14(3)
Chapter 2 How and Where Section I is Enforced and Effective Dates
17(8)
United States and Canada
17(2)
International Acceptance
19(1)
Uniform Boiler and Pressure Vessel Laws Society
19(1)
National Board Inspection Code
20(1)
Effective Dates of the Code and Code Revisions
20(5)
Chapter 3 Materials
25(18)
How Material is Ordered
25(1)
Using Section II
25(3)
Finding and Using Design Stresses in Section II, Part D
28(1)
Marking of Materials
29(1)
Use of Non-Asme Material Specifications and Material Not Fully Identified
30(1)
Special Concerns
31(2)
Material Requirements for Boiler External Piping
33(1)
Electric Resistance Welded (ERW) Materials
33(1)
Nonpressure Part Materials
34(1)
Material Test Reports
34(1)
Strength of Materials After Fabrication
35(1)
Cold Forming of Austenitic Materials
36(2)
Cold Forming of Creep Strength-Enhanced Ferritic Steels
38(1)
Does New Material Get Old?
39(2)
Use of Materials in Inventory
41(1)
Code Guidance on the Use of Old Materials
41(2)
Chapter 4 Boiler Design
43(46)
Design Life
43(1)
Design Allowable Stresses
44(1)
Design Methods
44(1)
Design Loads
45(5)
Distinction Between Boiler Proper Piping and Boiler External Piping
50(1)
Some Design Differences: Section I Versus B31.1
51(1)
Bend Design
52(2)
Openings and Compensation
54(7)
Ligament Design
61(4)
Interpretations on Openings, Compensation, and Ligaments
65(1)
Nozzle Attachment Rules
66(4)
Dished Heads
70(6)
Flat Heads
76(1)
Interpretations on Heads
76(2)
Stayed Surfaces
78(4)
Supports and Attachment Lugs
82(1)
Loading on Structural Attachments
82(2)
Design of Pressure Relief Valve Nozzles
84(1)
Thermocouple Installations
85(4)
Chapter 5 Piping Design
89(20)
Introduction
89(1)
Shock Service for Feedwater and Blow off Piping
89(1)
Pump Discharge Head
90(1)
Unusually High Piping Design Pressure
91(1)
Short-Term Overstress in Boiler External Piping
92(4)
Hydrostatic Test of Boiler External Piping
96(1)
Allowable Stress When Pressure Relief Valves Are Discharging
97(1)
Feedwater Piping
98(1)
Main Steam Piping
99(3)
Blowoff and Blowdown Piping
102(2)
Design Conditions for Blowoff and Blowdown Piping
104(1)
Drains
104(3)
Design Conditions for Drain Piping
107(1)
Pipe Connections to the Boiler
107(1)
Addition of Small Connections to Boiler Piping
108(1)
Chapter 6 Fabrication
109(30)
Fabrication
109(1)
Tube Attachment by Expanding
109(2)
Welding --- Some History
111(1)
Welding Rules
112(1)
Qualification of Welding Procedures
113(1)
Qualification of Welder Performance
113(1)
Expiration and Renewal of Welding Qualifications
114(2)
Transfer of Procedures and Welders to Another Organization
116(2)
Welding Documentation
118(1)
Welding Nonductile Materials
119(1)
Welding Variables
119(1)
P-Numbers, S-Numbers, F-Numbers, and A-Numbers
120(2)
Weldability
122(1)
Design of Welded Joints
123(1)
Bending Stress on Welds
123(1)
Acceptance Criteria for Welds
124(1)
Tube-to Header Attachment Using Partial Penetration Welds
125(1)
Alignment Tolerance
126(1)
Backing Rings
126(1)
Preheating
126(1)
Postweld Heat Treatment
127(3)
Test Plates
130(1)
Interpretations on Welding
131(3)
Volumetric Examination of Welds
134(5)
Chapter 7 Nondestructive Examination and Hydrostatic Testing
139(12)
Nondestructive Examination
139(1)
Qualification And Certification Of NDE Personnel
139(1)
Hydrostatic Testing
140(4)
Welding After Hydrostatic Test
144(1)
Interpretations On Hydrostatic Testing
144(7)
Chapter 8 Third Party Inspection
151(4)
Chapter 9 Certification by Data Reports and Stamping
155(18)
Certification and Its Significance
155(1)
Manufacturer's Data Report and Certificate of Conformance Forms
156(1)
The Section I Manufacturer's Data Report And Certificate Of Conformance Forms
156(3)
Completing the Manufacturer's Data Report Forms
159(1)
Distribution of the Data Report Forms
159(1)
Interpretations on Use of Manufacturer's Data Report Forms
160(1)
Code Symbol Stamps and How They Are Obtained
161(1)
What the Code Symbol Stamps Cover
162(2)
Reapplication of an ASME Code Symbol Stamp
164(1)
Interpretations on Code Symbol Stamping
165(8)
Chapter 10 Quality Control System
173(2)
Chapter 11 Standard Pressure Parts, Valves, and Valve Ratings
175(4)
Standard Pressure Parts
175(1)
Valve and Valve Ratings
176(3)
Chapter 12 Pressure-Relief Valve Requirements
179(20)
Introduction
179(1)
Overpressure Protection
180(8)
Selection of Pressure-Relieving Devices
188(3)
Design of Pressure-Relief Valves
191(1)
Establishing and Certifying Relieving Capacities
192(3)
Qualification of Pressure-relief Valve Manufacturers
195(1)
Installation Guidelines
195(1)
Pressure-Relief Valves in Service
196(3)
Chapter 13 Feedwater Supply and Water Level Indication
199(10)
Importance of Feedwater
199(1)
Rules for Feedwater Supply
199(3)
Tower Mounted Solar Fired Boilers
202(1)
Forced-Flow Steam Generators
202(1)
Low Water Level Fuel Cutoffs
203(1)
Water Level Indication
203(3)
Water Columns
206(3)
Chapter 14 Creep and Fatigue Damage During Boiler Life
209(8)
Introduction
209(1)
Creep
209(3)
Fatigue
212(2)
Boiler Life Extension
214(3)
Chapter 15 Determination of Allowable Stresses
217(6)
General Philosophy
217(1)
Establishing Allowable Stresses
218(1)
Penalties on Allowable Stresses
218(1)
Design Stresses: Past, Present, and Future
219(1)
Appendix 1 of Section II, Part D
220(3)
Chapter 16 Rules Covering Boilers in Service
223(8)
Introduction
223(1)
Jurisdictional Requirements
224(1)
National Board Inspection Code
224(7)
References
231(2)
Appendix I Evolution of the ASME Boiler and Pressure Vessel Code
233(4)
Appendix II Organization and Operation of the Boiler and Pressure Vessel Standards Committees
237(12)
Organization and Responsibility
237(2)
A Balance of Interests
239(1)
The Code Sections and Their Related Standards Committee
240(1)
The Service Committee
240(2)
The Certification Committees
242(1)
Committee Operations
242(1)
How the Committee Does Its Work
242(1)
Code Inquiries and Interpretations
242(2)
Publication of Interpretations of the Code
244(1)
Additions and Revisions to the Code
245(1)
Code Cases
246(1)
Voting at the Standards Committee (BPV I)
247(1)
Due Process
248(1)
Appendix III Overview of Code Sections II to XII and Piping Codes B31.1 and B31.3
249(12)
Appendix IV Design Exercises
261(22)
Design Exercise No. 1 Design of a Header
261(1)
Design Exercise No. 1A Alternative Design of Header (A-317)
262(1)
Design Exercise No. 2 Design of a Head
262(1)
Design Exercise No. 3 Choice of Feedwater Stop Valve
263(1)
Design Exercise No. 4 Design of a Tube For Lug Loading
264(2)
Design Exercise No. 5 Design of an Opening
266(3)
Pg-27 Cylindrical Components Under Internal Pressure (Reproduced from ASME Section I)
269(4)
PG-29 Dished Heads (Reproduced from Section I)
273(10)
Appendix V Illustrations of Various Types of Boilers
283(12)
Index of Interpretations Referenced in Text, Their Major Subjects and Abstracts 295(8)
Index 303

► Shelf Browser
► MARC Record
Back To Results
Showing Item 1 of 1

Additional Resources