ASME BPVC I 2010

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ASME BPVC – I -2010 BPVC Section I, Rules for Construction of Power Boilers

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ASME	2010

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Category: ASME

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PDF Pages	PDF Title
5	CONTENTS
15	LIST OF SECTIONS
17	FOREWORD
19	STATEMENT OF POLICY
20	PERSONNEL
32	PREAMBLE
34	SUMMARY OF CHANGES
39	LIST OF CHANGES IN RECORD NUMBER ORDER
41	PART PG GENERAL REQUIREMENTS FOR ALL METHODS OF CONSTRUCTION GENERAL PG-1 SCOPE PG-2 SERVICE LIMITATIONS PG-3 REFERENCED STANDARDS PG-4 UNITS
42	MATERIALS PG-5 GENERAL TABLES
43	PG-6 PLATE PG-7 FORGINGS PG-8 CASTINGS
44	PG-9 PIPES, TUBES, AND PRESSURE CONTAINING PARTS
46	PG-10 MATERIAL IDENTIFIED WITH ORPRODUCED TO A SPECIFICATIONNOT PERMITTED BY THIS SECTION, AND MATERIAL NOTFULLY IDENTIFIED
48	PG-11 MISCELLANEOUS PRESSURE PARTS
49	PG-12 WATER LEVEL INDICATORS AND CONNECTOR MATERIAL PG-13 STAYS PG-14 RIVETS
50	DESIGN PG-16 GENERAL PG-17 FABRICATION BY A COMBINATIONOF METHODS PG-18 DESIGN VALIDATION BY PROOFTEST PG-19 COLD FORMING OF AUSTENITIC MATERIALS8
51	PG-20 COLD FORMING OF CREEP STRENGTH ENHANCED FERRITIC STEELS PG-21 MAXIMUM ALLOWABLE WORKING PRESSURE PG-22 LOADINGS PG-23 STRESS VALUES FOR CALCULATION FORMULAS
52	TABLE PG-19 POST COLD-FORMING STRAIN LIMITS AND HEAT-TREATMENT REQUIREMENTS
53	PG-25 QUALITY FACTORS FOR STEEL CASTINGS TABLE PG-20 POST COLD-FORMING STRAIN LIMITS AND HEAT-TREATMENT REQUIREMENTS
55	PG-26 WELD JOINT STRENGTH REDUCTION FACTOR PG-27 CYLINDRICAL COMPONENTS UNDER INTERNAL PRESSURE
56	TABLE PG-26 WELD STRENGTH REDUCTION FACTORS TO BE APPLIED WHEN CALCULATING MAXIMUM ALLOWABLE
60	PG-28 WELDED ACCESS OR INSPECTION OPENINGS UNDER EXTERNAL PRESSURE PG-29 DISHED HEADS FIGURES FIG. PG-28 MAXIMUM INTERNAL PROJECTION OF WELDED ACCESS OR
62	PG-30 STAYED DISHED HEADS PG-31 UNSTAYED FLAT HEADS AND COVERS
63	FIG. PG-31 SOME ACCEPTABLE TYPES OF UNSTAYED FLAT HEADS AND COVERS
66	OPENINGS AND COMPENSATION PG-32 OPENINGS IN SHELLS, HEADERS, AND DISHED HEADS
67	PG-33 COMPENSATION REQUIRED FOR OPENINGS IN SHELLS AND DISHED HEADS
68	FIG. PG-33.1 NOMENCLATURE AND FORMULAS FOR REINFORCED OPENINGS
69	FIG. PG-33.2 SOME REPRESENTATIVE CONFIGURATIONS DESCRIBING THE DIMENSIONS te, h, and d
70	PG-34 FLANGED-IN OPENINGS IN FORMED HEADS PG-35 COMPENSATION REQUIRED FOR OPENINGS IN FLAT UNSTAYED HEADS AND FLAT STAYED PLATES FIG. PG-33.3 CHART FOR DETERMINING
71	PG-36 LIMITS OF METAL AVAILABLE FOR COMPENSATION PG-37 STRENGTH OF COMPENSATION
72	PG-38 COMPENSATION FORMULTIPLE OPENINGS PG-39 METHODS OF ATTACHMENT OF PIPE AND NOZZLE NECKS TO VESSEL WALLS FIG. PG-38 ILLUSTRATIONS OF THE RULE GIVEN IN
73	PG-42 GENERAL REQUIREMENTS FOR FITTINGS, FLANGES, AND VALVES TABLE PG-39 MINIMUM NUMBER OF THREADS PER CONNECTION
75	FIG. PG-42.1 WELDING END TRANSITIONS MAXIMUM ENVELOPE
76	PG-43 NOZZLE NECK THICKNESS PG-44 INSPECTION OPENINGS
77	PG-46 STAYED SURFACES PG-47 STAYBOLTS FIG. PG-46.2 ACCEPTABLE PROPORTIONS FOR
78	PG-48 LOCATION OF STAYBOLTS PG-49 DIMENSIONS OF STAYBOLTS PG-52 LIGAMENTS
79	FIG. PG-52.1 DIAGRAM FOR DETERMINING THE EFFICIENCY OF
80	FIG. PG-52.2 EXAMPLE OF TUBE SPACING WITH FIG. PG-52.3 EXAMPLE OF TUBE SPACING WITH FIG. PG-52.4 EXAMPLE OF TUBE SPACING WITH FIG. PG-52.5 EXAMPLE OF TUBE SPACING WITH
81	PG-53 LIGAMENTS PG-55 SUPPORTS AND ATTACHMENTLUGS BOILER EXTERNAL PIPING AND BOILER PROPER CONNECTIONS PG-58 OUTLETS AND EXTERNAL PIPING
82	FIG. PG-52.6 DIAGRAM FOR DETERMINING EQUIVALENT
83	FIG. PG-58.3.1(a) CODE JURISDICTIONAL LIMITS FOR PIPING — DRUM-TYPE BOILERS
84	FIG. PG-58.3.1(b) CODE JURISDICTIONAL LIMITS FOR PIPING — ISOLABLE ECONOMIZERS LOCATED IN FEEDWATER
85	FIG. PG-58.3.1(c) CODE JURISDICTIONAL LIMITS FOR PIPING — REHEATERS AND NONINTEGRAL
86	FIG. PG-58.3.2 CODE JURISDICTIONAL LIMITS FOR PIPING — AN EXAMPLE OF
87	FIG. PG-58.3.3 CODE JURISDICTIONAL LIMITS FOR PIPING — AN EXAMPLE OF STEAM SEPARATOR TYPE
88	PG-59 APPLICATION REQUIREMENTS FORTHE BOILER PROPER
89	FIG. PG-59.1 TYPICAL BOILER BUSHINGS
90	DESIGN AND APPLICATION PG-60 REQUIREMENTS FOR MISCELLANEOUS PIPE,VALVES, AND FITTINGS
92	FIG. PG-60.3.7 Y-TYPE GLOBE VALVE
93	PG-61 FEEDWATER SUPPLY FIG. PG-60.3.9 TYPICAL ARRANGEMENT OF STEAM
94	OVERPRESSURE PROTECTION REQUIREMENTS PG-67 BOILER
96	FIG. PG-67.4 REQUIREMENTS FOR OVERPRESSURE PROTECTION FORCED-FLOW STEAM GENERATOR
97	PG-68 SUPERHEATER AND REHEATER
98	PG-69 CERTIFICATION OF CAPACITY OF PRESSURE RELIEF VALVES
99	TABLE PG-68.7 SUPERHEAT CORRECTION FACTOR, Ksh
100	TABLE PG-68.7M SUPERHEAT CORRECTION FACTOR, Ksh
103	PG-70 CAPACITY OF PRESSURE RELIEFVALVES
104	TABLE PG-69.2.3 SUPERCRITICAL CORRECTION FACTOR, Ksc
105	PG-71 MOUNTING OF PRESSURE RELIEFVALVES
106	TABLE PG-69.2.3M SUPERCRITICAL CORRECTION FACTOR, KSC
107	PG-72 OPERATION OF PRESSURE RELIEFVALVES
108	PG-73 MINIMUM REQUIREMENTS FOR PRESSURE RELIEF VALVES
112	FABRICATION PG-75 GENERAL PG-76 CUTTING PLATES AND OTHER STOCK PG-77 PLATE IDENTIFICATION PG-78 REPAIRS OF DEFECTS IN MATERIALS PG-79 TUBE HOLES AND ENDS PG-80 PERMISSIBLE OUT-OF-ROUNDNESS OF CYLINDRICAL SHELLS
113	PG-81 TOLERANCE FOR FORMED HEADS PG-82 HOLES FOR STAYS FIG. PG-80 MAXIMUM PERMISSIBLE DEVIATION FROM A CIRCULAR FORM, e, FOR CYLINDRICAL PARTS
114	INSPECTION AND TESTS PG-90 GENERAL PG-91 QUALIFICATION OF INSPECTORS
115	PG-93 INSPECTION AND REPAIR OF FLAT PLATE IN CORNER JOINTS PG-99 HYDROSTATIC TEST CERTIFICATION BY STAMPING AND DATA REPORTS PG-101 HEATING SURFACE COMPUTATION
116	PG-104 GENERAL PG-105 CODE SYMBOL STAMPS FIG. PG-105.1 OFFICIAL SYMBOLS FOR STAMPS TO DENOTE THE AMERICAN SOCIETY OF MECHANICAL ENGINEERS’ STANDARD FOR BOILERS FIG. PG-105.2 OFFICIAL SYMBOL FOR STAMP TO SYMBOL FOR STAMP TO DENOTE THE AMERICAN SOCIETY OF MECHANICAL ENGINEERS’ STANDARD FOR ASSEMBLY FIG. PG-105.3 OFFICIAL SYMBOL FOR STAMP TO DENOTE THE AMERICAN SOCIETY OF MECHANICAL ENGINEERS’ STANDARD FOR WELDED PIPING
117	FIG. PG-105.4 OFFICIAL SYMBOL FOR STAMP TO DENOTE THE AMERICAN SOCIETY OF MECHANICAL ENGINEERS’ STANDARD FOR BOILER PRESSURE RELIEF VALVES DENOTE THE AMERICAN SOCIETY OF MECHANICAL ENGINEERS’ STANDARD FOR BOILER PRESSURE RELIEF VALVES
118	PG-106 STAMPING OF BOILERS
119	FIG. PG-106 FORM OF STAMPING
120	PG-107 FIELD ASSEMBLY
121	PG-108 STAMPING FOR FIELD-ASSEMBLED BOILERS PG-109 STAMPING OF PRESSURE PIPING
122	PG-110 STAMPING OF BOILER PRESSURE RELIEF VALVES PG-111 LOCATION OF STAMPINGS
123	PG-112 MANUFACTURER’S DATA REPORT FORMS
125	PG-113 MASTER DATA REPORT FORM
126	PART PW REQUIREMENTS FOR BOILERS FABRICATED BY WELDING GENERAL PW-1 GENERAL MATERIALS PW-5 GENERAL
127	DESIGN PW-8 GENERAL PW-9 DESIGN OF WELDED JOINTS FIGURES FIG. PW-9.1 BUTT WELDING OF PLATES OF UNEQUAL THICKNESS
128	PW-10 HEAT TREATMENT PW-11 VOLUMETRIC EXAMINATION OF WELDED BUTT JOINTS PW-13 HEAD-TO-FLANGE REQUIREMENTS FIG. PW-9.2 PROHIBITED WELDED JOINT
129	TABLES TABLE PW-11 REQUIRED VOLUMETRIC EXAMINATION OF WELDED BUTT JOINTS
130	PW-14 OPENINGS IN OR ADJACENTTO WELDS PW-15 WELDED CONNECTIONS PW-16 MINIMUM REQUIREMENTS FOR ATTACHMENT WELDS
131	FIG. PW-15 EXAMPLES OF WELD STRENGTH CALCULATIONS
132	FIG. PW-16.1 SOME ACCEPTABLE TYPES OF WELDED NOZZLES AND OTHER CONNECTIONS TO SHELLS, DRUMS, AND HEADERS
136	FIG. PW-16.2 SOME ACCEPTABLE FORMS OF WELDS FOR LUGS, HANGERS, AND BRACKETS ON SHELLS, DRUMS, AND HEADERS
137	PW-19 WELDED-IN STAYS FABRICATION PW-26 GENERAL PW-27 WELDING PROCESSES
138	PW-28 WELDING QUALIFICATION AND WELD RECORDS FIG. PW-19.4(a) SOME ACCEPTABLE TYPES OF DIAGONAL BRACES FOR INSTALLATION BY WELDING FIG. PW-19.4(b) UNACCEPTABLE TYPES OF DIAGONAL BRACES FOR INSTALLATION BY WELDING
140	PW-29 BASE METAL PREPARATION PW-31 ASSEMBLY PW-33 ALIGNMENT TOLERANCE, SHELLS AND VESSELS (INCLUDING PIPE OR TUBE USED AS A SHELL) PW-34 ALIGNMENT, TUBE AND PIPE PW-35 FINISHED LONGITUDINAL AND CIRCUMFERENTIAL JOINTS TABLE PW-33 ALIGNMENT TOLERANCE OF SECTIONS TO BE BUTT WELDED
141	PW-36 MISCELLANEOUS WELDING REQUIREMENTS PW-38 PREHEATING PW-39 REQUIREMENTS FOR POSTWELD HEAT TREATMENT
143	TABLE PW-39 MANDATORY REQUIREMENTS FOR POSTWELD HEAT TREATMENT OF PRESSURE PARTS AND ATTACHMENTS
152	PW-40 REPAIR OF DEFECTS TABLE PW-39.1 ALTERNATE POSTWELD HEAT TREATMENT REQUIREMENTS FOR CARBON AND LOW ALLOY STEELS
153	PW-41 CIRCUMFERENTIAL JOINTS IN PIPES, TUBES, AND HEADERS
154	PW-42 JOINTS IN VALVES AND OTHER BOILER APPURTENANCES PW-43 LOADING ON STRUCTURAL ATTACHMENTS FIG. PW-43.1 METHOD OF COMPUTATION OF ATTACHMENTS TO TUBES
155	PW-44 FABRICATION RULES FOR BIMETALLIC TUBES WHEN THE CLAD STRENGTH IS INCLUDED
156	FIG. PW-43.2 CHART FOR DETERMINING LOAD FACTOR, Lf TABLE PW-43.1 TUBE ATTACHMENT ANGLE DESIGN FACTOR, K
158	INSPECTION AND TESTS PW-46 GENERAL PW-47 CHECK OF WELDING PROCEDURE PW-48 CHECK OF WELDER AND WELDING OPERATOR PERFORMANCE QUALIFICATIONS
159	PW-49 CHECK OF HEAT TREATMENT PRACTICE PW-50 QUALIFICATION OF NONDESTRUCTIVE EXAMINATION PERSONNEL PW-51 RADIOGRAPHIC EXAMINATION PW-52 ULTRASONIC EXAMINATION
160	PW-53 TEST PLATES
161	FIG. PW-53.1 TEST SPECIMENS FROM LONGITUDINAL WELDED TEST PLATES FIG. PW-53.2 METHOD OF FORMING LONGITUDINAL TEST PLATES
162	PW-54 HYDROSTATIC TEST
163	FIG. PW-53.3(a) DETAILS OF TENSION TEST SPECIMENS
164	FIG. PW-53.3(b) DETAILS OF BEND TEST SPECIMENS
165	PART PR REQUIREMENTS FOR BOILERS FABRICATED BY RIVETING
166	PART PB REQUIREMENTS FOR BOILERS FABRICATED BY BRAZING GENERAL PB-1 GENERAL
167	MATERIALS PB-5 GENERAL PB-6 BRAZING FILLER METALS PB-7 FLUXES AND ATMOSPHERES DESIGN PB-8 GENERAL PB-9 STRENGTH OF BRAZED JOINTS TABLE TABLE PB-1 MAXIMUM DESIGN TEMPERATURES [°F (°C)] FOR BRAZING FILLER METAL
168	PB-10 BRAZED JOINT EFFICIENCY PB-14 APPLICATION OF BRAZING FILLER METAL PB-15 PERMISSIBLE TYPES OF JOINTS PB-16 JOINT CLEARANCE PB-17 JOINT BRAZING PROCEDURE PB-18 OPENINGS PB-19 BRAZED CONNECTIONS
169	FABRICATION PB-26 GENERAL PB-28 QUALIFICATION OF BRAZING PROCEDURE FIGURE FIG. PB-15 SOME ACCEPTABLE TYPES OF BRAZED JOINTS TABLE PB-16 RECOMMENDED JOINT CLEARANCE AT BRAZING TEMPERATURE
170	PB-29 QUALIFICATION OF BRAZERS AND BRAZING OPERATORS PB-30 CLEANING OF SURFACES TO BE BRAZED PB-31 CLEARANCE BETWEEN SURFACES TO BE BRAZED PB-32 POSTBRAZING OPERATIONS PB-33 REPAIR OF DEFECTIVE BRAZING INSPECTION AND TESTS PB-46 GENERAL PB-47 CHECK OF BRAZING PROCEDURE
171	PB-48 BRAZER AND BRAZING OPERATOR PB-49 VISUAL EXAMINATION PB-50 EXEMPTIONS MARKING AND REPORTS PB-51 GENERAL
172	PART PWT REQUIREMENTS FOR WATERTUBE BOILERS GENERAL PWT-1 GENERAL MATERIALS PWT-5 GENERAL DESIGN PWT-8 GENERAL PWT-9 TUBES AND PIPE PWT-11 TUBE CONNECTIONS
173	FIGURES FIG. PWT-11 EXAMPLES OF ACCEPTABLE FORMS OF TUBE ATTACHMENT
174	PWT-12 STAYBOLTING BOX-TYPE HEADERS PWT-13 STAYING SEGMENT OF HEADS PWT-14 FIRING DOORS PWT-15 ACCESS AND FIRING DOORS FIG. PWT-12.1 BOX-TYPE HEADER JOINT FIG. PWT-12.2 METHOD OF FORMING WATERLEG JOINTS BY WELDING
175	PART PFT REQUIREMENTS FOR FIRETUBE BOILERS GENERAL PFT-1 GENERAL MATERIALS PFT-5 GENERAL DESIGN PFT-8 GENERAL PFT-9 THICKNESS REQUIREMENTS PFT-10 SHELL JOINTS PFT-11 ATTACHMENT OF HEADS AND TUBESHEETS
176	PFT-12 TUBES FIGURES FIG. PFT-12.1 SOME ACCEPTABLE FORMS OF TUBE ATTACHMENT ON FIRETUBE BOILERS
177	COMBUSTION CHAMBERS PFT-13 COMBUSTION CHAMBER TUBESHEET
178	PFT-14 GENERAL PFT-15 PLAIN CIRCULAR FURNACES PFT-17 RING-REINFORCED TYPE FIG. PFT-17.2 ACCEPTABLE TYPE OF RING-REINFORCED FURNACE
179	PFT-18 CORRUGATED FURNACES PFT-19 COMBINED PLAIN CIRCULAR AND CORRUGATED TYPE FIG. PFT-18.1 MORISON FURNACE
180	PFT-20 ATTACHMENT OF FURNACES PFT-21 FIREBOXES AND WATERLEGS FIG. PFT-19 CONNECTION BETWEEN PLAIN AND CORRUGATED FURNACE FIG. PFT-20 WELDING OGEE RING
181	STAYED SURFACES PFT-22 GENERAL PFT-23 WORKING PRESSURE FOR STAYED CURVED SURFACES FIG. PFT-21 SOME ACCEPTABLE METHODS OF FORMING WATERLEG JOINTS BY WELDING
182	FIG. PFT-23.1 STAYED WRAPPER SHEET OF LOCOMOTIVE-TYPE BOILER
183	PFT-24 STAYING HORIZONTAL RETURN TUBE BOILERS PFT-25 STAYING SEGMENTS OF HEADS PFT-26 AREA SUPPORTED BY STAY PFT-27 MAXIMUM SPACING FIG. PFT-25 EXAMPLE OF STAYING OF HEADS ADJACENT TO CYLINDRICAL FURNACES
184	FIG. PFT-27 PITCH OF STAYBOLTS ADJACENT TO UPPER CORNERS OF FIREBOXES
185	PFT-28 STAYBOLTS AND STAYS PFT-29 FLEXIBLE STAYBOLTS PFT-30 CROWN BARS AND GIRDER STAYS
186	PFT-31 STAY TUBES PFT-32 STRESSES IN DIAGONAL STAYS DOORS AND OPENINGS PFT-40 WELDED DOOR OPENINGS FIG. PFT-32 MEASUREMENTS FOR DETERMINING STRESSES IN DIAGONAL STAYS
187	PFT-41 OPENINGS IN WRAPPER SHEETS PFT-42 FIRESIDE ACCESS OPENINGS PFT-43 REQUIREMENTS FOR INSPECTION OPENINGS PFT-44 OPENING BETWEEN BOILER AND PRESSURE RELIEF VALVE DOMES PFT-45 REQUIREMENTS FOR DOMES
188	SETTING PFT-46 METHOD OF SUPPORT FIG. PFT-46.1 SPACING AND WELD DETAILS FOR WALL-SUPPORT LUGS SET IN PAIRS ON HORIZONTAL-RETURN TUBULAR BOILERS
189	PIPING, FITTINGS, AND APPLIANCES PFT-47 WATER LEVEL INDICATORS PFT-48 FEED PIPING PFT-49 BLOWOFF PIPING PFT-50 THICKNESS OF FURNACES AND TUBES UNDER EXTERNAL PRESSURE FIG. PFT-46.2 WELDED BRACKET CONNECTION FOR HORIZONTAL-RETURN TUBULAR BOILERS
190	PFT-51 MAXIMUM ALLOWABLE WORKING PRESSURE
191	PFT-52 FUSIBLE PLUGS
192	PART PFH OPTIONAL REQUIREMENTS FOR FEEDWATER HEATER ( WHEN LOCATED WITHIN SCOPE OF SECTION I RULES) PFH-1
193	PART PMB REQUIREMENTS FOR MINIATURE BOILERS GENERAL PMB-1 GENERAL PMB-2 SCOPE MATERIALS PMB-5 GENERAL DESIGN PMB-8 GENERAL PMB-9 WELDING
194	PMB-10 WASHOUT OPENINGS PMB-11 FEEDWATER SUPPLY PMB-12 BLOWOFF PMB-13 WATER GAGES PMB-14 FIXTURES AND FITTINGS PMB-15 PRESSURE RELIEF VALVES PMB-16 STEAM STOP VALVES PMB-17 AUTOMATIC DEVICES PMB-21 HYDROSTATIC TESTS AND INSPECTION
196	PART PEB REQUIREMENTS FOR ELECTRIC BOILERS GENERAL PEB-1 GENERAL PEB-2 SCOPE PEB-3 OPTIONAL REQUIREMENTS FOR THE BOILER PRESSURE VESSEL MATERIALS PEB-5 GENERAL
197	DESIGN PEB-8 GENERAL PEB-9 WELDING PEB-10 INSPECTION OPENINGS PEB-11 FEEDWATER SUPPLY PEB-12 BLOWOFF PEB-13 WATER LEVEL INDICATORS PEB-14 PRESSURE GAGES PEB-15 PRESSURE RELIEF VALVES
198	PEB-16 AUTOMATIC DEVICES PEB-17 HYDROSTATIC TEST PEB-18 INSPECTION AND STAMPING OF BOILERS
199	PEB-19 MANUFACTURER’S DATA REPORT FOR ELECTRIC BOILERS
200	PART PVG REQUIREMENTS FOR ORGANIC FLUID VAPORIZERS GENERAL PVG-1 GENERAL MATERIALS PVG-5 GENERAL DESIGN PVG-8 GENERAL PVG-9 GENERAL REQUIREMENTS PVG-10 GAGE GLASSES PVG-11 DRAIN VALVES PVG-12 PRESSURE RELIEF VALVES
201	FIGURES FIG. PVG-12 CONSTANT, C, FOR VAPOR RELATED
202	PART PHRSG REQUIREMENTS FOR HEAT RECOVERY STEAM GENERATORS PHRSG-1 GENERAL PHRSG-2 SCOPE PHRSG-3 REQUIREMENTS FOR SUPERHEATER AND REHEATER CONDENSATE REMOVAL PHRSG-4 DESUPERHEATER DRAIN POTS
203	FIGURE FIG. PHRSG-4 SOME ACCEPTABLE DESUPERHEATER SPRAYWATER PROTECTION DEVICE ARRANGEMENTS
204	PHRSG-5 CERTIFICATION TABLE TABLE PHRSG-4 MINIMUM DRAIN POT SIZE
205	MANDATORY APPENDICES MANDATORY APPENDIX I SUBMITTAL OF TECHNICAL INQUIRIES TO THE BOILER AND PRESSURE VESSEL COMMITTEE
207	MANDATORY APPENDIX II STANDARD UNITS FOR USE IN EQUATIONS
208	MANDATORY APPENDIX III CRITERIA FOR REAPPLICATION OF AN ASME CODE SYMBOL STAMP
211	MANDATORY APPENDIX IV LOCAL THIN AREAS IN CYLINDRICAL SHELLS AND IN SPHERICAL SEGMENTS OF HEADS
214	NONMANDATORY APPENDICES NONMANDATORY APPENDIX A EXPLANATION OF THE CODE CONTAINING MATTER NOT MANDATORY UNLESS SPECIFICALLY REFERRED TO IN THE RULES OF THE CODE
301	NONMANDATORY APPENDIX B POSITIVE MATERIAL IDENTIFICATION PRACTICE
304	INDEX
313	INTERPRETATIONS VOLUME 60 — SECTION I
314	SECTION I
319	NUMERICAL INDEX
325	SUBJECT INDEX