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ASME BPVC III 1 A 2007

ASME BPVC III 1 A 2007

$290.00

ASME BPVC – III – 1 – A -2007 BPVC Section III, Rules for Construction of Nuclear Facility Components, Division 1, Appendices

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ASME 2007
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PDF Pages PDF Title
4 LIST OF BPVC SECTIONS
6 CONTENTS
20 FOREWORD
22 STATEMENTS OF POLICY
24 PERSONNEL
36 ORGANIZATION OF SECTION III
38 SUMMARY OF CHANGES
40 LIST OF CHANGES IN BC ORDER
42 MANDATORY APPENDICES
APPENDIX I DESIGN FATIGUE CURVES
43 I-9.1 TABULATED VALUES OF SA, KSI (MPA), FROM FIGS. I-9.0
45 I-9.1 DESIGN FATIGUE CURVES FOR CARBON, LOW ALLOY, AND HIGH TENSILE STEEL FOR METAL TEMPERATURES NOT EXCEEDING 700°F (370°C)
47 I-9.2.1 DESIGN FATIGUE CURVES FOR AUSTENITIC STEELS, NICKEL-CHROMIUM-IRON ALLOY, NICKEL-IRON-CHROMIUM ALLOY, AND NICKEL-COPPER ALLOY FOR SA > 28.2 KSI FOR TEMPERATURES NOT EXCEEDING 800°F (425°C)
49 I-9.2.2 DESIGN FATIGUE CURVES FOR AUSTENITIC STEELS, NICKEL-CHROMIUM-IRON ALLOY, NICKEL-IRON-CHROMIUM ALLOY, AND NICKEL-COPPER ALLOY FOR SA LESS THAN OR EQUAL TO 28.2 KSI (194 MPA) FOR TEMPERATURES NOT EXCEEDING 800°F (425°C)
51 I-9.2.2 TABULATED VALUES OF SA, KSI (MPA), FROM FIG. I-9.2.2
52 I-9.2.3 FLOW CHART FOR USE OF CURVES IN FIGS. I-9.2.2 AND I-9.2.2M
53 I-9.3 DESIGN FATIGUE CURVES FOR WROUGHT 70 COPPER-30 NICKEL ALLOY FOR TEMPERATURES NOT EXCEEDING 800°F (425°C)
55 I-9.4 DESIGN FATIGUE CURVES FOR HIGH STRENGTH STEEL BOLTING FOR TEMPERATURES NOT EXCEEDING 700°F (370°C)
57 I-9.5 DESIGN FATIGUE CURVES FOR NICKEL-CHROMIUM-MOLYBDENUM-IRON ALLOYS (UNS N06003, N06007, N06455, AND N10276) FOR TEMPERATURES NOT EXCEEDING 800°F (425°C)
59 I-9.5 TABULATED VALUES OF SA, KSI (MPA), FROM FIG. I-9.5
60 I-9.6 DESIGN FATIGUE CURVES FOR GRADE 9 TITANIUM FOR TEMPERATURES NOT EXCEEDING 600°F (315°C)
62 I-9.6 TABULATED VALUES OF SA, KSI (MPA), FOR GRADE 9 TITANIUM FROM FIG. I-9.6
63 APPENDIX II EXPERIMENTAL STRESS ANALYSIS
II-1000 EXPERIMENTAL STRESS ANALYSIS
II-1100 INTRODUCTION
II-1200 PERMISSIBLE TYPES OF NONCYCLIC TESTS AND CALCULATION OF STRESSES
64 II-1300 TEST PROCEDURES
65 II-1400 INTERPRETATION OF RESULTS
II-1500 CYCLIC TESTS
66 II-1430-1 CONSTRUCTION FOR II-1430
68 II-1520(C)-1 CONSTRUCTION OF THE TESTING PARAMETERS RATIO DIAGRAM
69 II-1520(C)-2 CONSTRUCTION OF THE TESTING PARAMETERS RATIO DIAGRAM FOR ACCELERATED TESTS
70 II-1600 DETERMINATION OF FATIGUE STRENGTH REDUCTION FACTORS
II-1700 EXPERIMENTAL STRESS ANALYSIS OF OPENINGS
71 II-1800 EXPERIMENTAL DETERMINATION OF STRESS INDICES FOR PIPING
II-1900 EXPERIMENTAL DETERMINATION OF FLEXIBILITY FACTORS
72 II-2000 EXPERIMENTAL DETERMINATION OF STRESS INTENSIFICATION FACTORS
II-2100 INTRODUCTION
II-2200 DEFINITIONS
II-2300 TEST PROCEDURE
II-2400 STRESS INTENSIFICATION FACTOR
73 II-2310-1 SCHEMATIC OF TEST ASSEMBLY
II-2330-1 DISPLACEMENT D AND FORCE F RECORDED DURING LOADING AND UNLOADING OF TEST SPECIMEN, WITH LINEAR DISPLACEMENT
74 II-2500 VARIATIONS IN MATERIALS AND GEOMETRY
II-2600 TEST REPORT
II-2440-1 STRESS INTENSIFICATION INCREASE FACTOR
76 APPENDIX III BASIS FOR ESTABLISHING DESIGN STRESS INTENSITY VALUES AND ALLOWABLE STRESS VALUES
III-1000 INTRODUCTION
III-1100 DERIVATION OF VALUES AND THEIR TABULAR ORGANIZATION
78 III-2000 DESIGN STRESS INTENSITY VALUES FOR CLASS 1 COMPONENTS
III-2100 MECHANICAL PROPERTY CRITERIA
III-2200 FATIGUE STRENGTH CRITERIA FOR ALL MATERIALS
79 APPENDIX IV APPROVAL OF NEW MATERIALS UNDER THE ASME BOILER AND PRESSURE VESSEL CODE
APPENDIX V CERTIFICATE HOLDERS’ DATA REPORT FORMS, INSTRUCTIONS, AND APPLICATION FORMS FOR CERTIFICATES OF AUTHORIZATION FOR USE OF CODE SYMBOL STAMPS
80 FORM N-1 CERTIFICATE HOLDERS’ DATA REPORT FOR NUCLEAR VESSELS
82 FORM N-1A CERTIFICATE HOLDERS’ DATA REPORT FOR NUCLEAR VESSELS (ALTERNATE FORM FOR SINGLE CHAMBER COMPLETELY SHOP-FABRICATED VESSELS ONLY)
83 FORM N-2 CERTIFICATE HOLDERS’ DATA REPORT FOR IDENTICAL NUCLEAR PARTS AND APPURTENANCES
85 FORM N-3 OWNERS’ DATA REPORT FOR NUCLEAR POWER PLANT COMPONENTS
87 FORM N-5 CERTIFICATE HOLDERS’ DATA REPORT FOR INSTALLATION OR SHOP ASSEMBLY OF NUCLEAR POWER PLANT COMPONENTS, SUPPORTS, AND APPURTENANCES
89 FORM N-6 CERTIFICATE HOLDERS’ DATA REPORT FOR STORAGE TANKS
91 FORM NPP-1 CERTIFICATE HOLDERS’ DATA REPORT FOR FABRICATED NUCLEAR PIPING SUBASSEMBLIES
93 FORM NPV-1 CERTIFICATE HOLDERS’ DATA REPORT FOR NUCLEAR PUMPS OR VALVES
95 FORM NV-1 CERTIFICATE HOLDERS’ DATA REPORT FOR PRESSURE OR VACUUM RELIEF VALVES
97 FORM NCS-1 CERTIFICATE HOLDERS’ DATA REPORT FOR CORE SUPPORT STRUCTURES
98 FORM NF-1 CERTIFICATE HOLDERS’ DATA REPORT FOR SUPPORTS
100 FORM NM-1 CERTIFICATE HOLDERS’ DATA REPORT FOR TUBULAR PRODUCTS AND FITTINGS WELDED WITH FILLER METAL
101 FORM NS-1 CERTIFICATE HOLDERS’ CERTIFICATE OF CONFORMANCE FOR WELDED SUPPORTS
103 FORM C-1 CERTIFICATE HOLDERS’ DATA REPORT FOR CONCRETE REACTOR VESSELS AND CONTAINMENTS
105 TABLE V-1000
111 APPENDIX VI ROUNDED INDICATIONS
VI-1000 ROUNDED INDICATIONS
VI-1100 ACCEPTANCE STANDARDS FOR RADIOGRAPHICALLY DETERMINED ROUNDED INDICATIONS IN WELDS
112 VI-1132-1 MAXIMUM SIZE OF NONRELEVANT INDICATIONS AND ACCEPTABLE ROUNDED INDICATIONS — EXAMPLES ONLY
113 VI-1134-1 ALIGNED ROUNDED INDICATIONS
VI-1134-2 GROUPS OF ALIGNED ROUNDED INDICATIONS
114 VI-1136-1 CHARTS FOR T EQUAL TO 1/8–1/4 IN. (3–6 MM), INCLUSIVE
VI-1136-2 CHARTS FOR T OVER 1/4–3/8 IN. (6–10 MM), INCLUSIVE
115 VI-1136-3 CHARTS FOR T OVER 3/8–3/4 IN. (10–19 MM), INCLUSIVE
116 VI-1136-4 CHARTS FOR T OVER 3/4–2 IN. (19–50 MM), INCLUSIVE
117 VI-1136-5 CHARTS FOR T OVER 2–4 IN. (50–100 MM), INCLUSIVE
118 VI-1136-6 CHARTS FOR T OVER 4 IN. (100 MM)
119 APPENDIX XI RULES FOR BOLTED FLANGE CONNECTIONS FOR CLASS 2 AND 3 COMPONENTS
XI-1000 INTRODUCTION
XI-1100 GENERAL REQUIREMENTS
121 XI-2000 MATERIALS FOR BOLTED FLANGE CONNECTIONS
XI-2100 MATERIAL REQUIREMENTS
122 XI-3000 DESIGN REQUIREMENTS
XI-3100 GENERAL REQUIREMENTS
123 XI-3120-1 TYPES OF FLANGES
126 XI-3221.1-1 GASKET MATERIALS AND CONTACT FACINGS
128 XI-3221.1-2 EFFECTIVE GASKET WIDTH
129 XI-3200 CLASS RF FLANGE DESIGN
XI-3230-1 MOMENT ARMS FOR FLANGE LOADS
131 XI-3240-1 FLANGE FACTORS IN FORMULA FORM
134 XI-3240-1 VALUES OF T, U, Y, AND Z (TERMS INVOLVING K)
135 XI-3240-2 VALUES OF F (INTEGRAL FLANGE FACTORS)
XI-3240-3 VALUES OF V (INTEGRAL FLANGE FACTORS)
136 XI-3240-4 VALUES OF FL (LOOSE HUB FLANGE FACTORS)
XI-3240-5 VALUES OF VL (LOOSE HUB FLANGE FACTORS)
137 XI-3240-6 VALUES OF F (HUB STRESS CORRECTION FACTOR)
138 APPENDIX XII DESIGN CONSIDERATIONS FOR BOLTED FLANGE CONNECTIONS
XII-1000 DESIGN CONSIDERATIONS FOR BOLTED FLANGE CONNECTIONS
XII-1100 CONSIDERATIONS
141 APPENDIX XIII DESIGN BASED ON STRESS ANALYSIS (FOR VESSELS DESIGNED IN ACCORDANCE WITH DIVISION 1, NC-3200 AND DIVISION 3, WC-3000)
XIII-1000 DESIGN BASED ON STRESS ANALYSIS
XIII-1100 GENERAL REQUIREMENTS
145 XIII-1130-1 CLASSIFICATION OF STRESS INTENSITY IN VESSELS FOR SOME TYPICAL CASES
148 XIII-1141-1 STRESS CATEGORIES AND LIMITS OF STRESS INTENSITY
149 XIII-1153(A)-1 VALUES OF M, N, AND TMAX FOR VARIOUS CLASSES OF PERMITTED MATERIALS
151 XIII-2000 PRESSURE STRESSES IN OPENINGS FOR FATIGUE EVALUATION
XIII-2100 METHODS OF EVALUATION
XIII-2122-1 DIRECTION OF STRESS COMPONENTS
152 XIII-2123-1 NOZZLES IN SPHERICAL SHELLS AND FORMED HEADS
XIII-2123-2 NOZZLES IN CYLINDRICAL SHELLS
153 XIII-2124(E)-1 NOZZLE NOMENCLATURE AND DIMENSIONS
155 APPENDIX XIV DESIGN BASED ON FATIGUE ANALYSIS (FOR VESSELS DESIGNED IN ACCORDANCE WITH DIVISION 1, NC-3200 AND DIVISION 3, WC-3200)
XIV-1000 DESIGN BASED ON FATIGUE ANALYSIS
XIV-1100 INTRODUCTION
XIV-1200 ANALYSIS FOR CYCLIC SERVICE OF VESSELS
157 XIV-1300 ANALYSIS FOR CYCLIC SERVICE OF BOLTS
158 XIV-1400 ANALYSIS FOR THERMAL STRESS RATCHET
159 APPENDIX XVIII CAPACITY CONVERSIONS FOR PRESSURE RELIEF VALVES
XVIII-1000 CAPACITY CONVERSIONS FOR PRESSURE RELIEF VALVES
XVIII-1100 PROCEDURE FOR CONVERSION
160 XVIII-1110-1 SUPERHEAT CORRECTION FACTOR KSH
163 XVIII-1110-1 CONSTANT C FOR GAS OR VAPOR RELATED TO RATIO OF SPECIFIC HEATS (K P CP/CV)
164 XVIII-1110(A)-1 MOLECULAR WEIGHTS OF GASES AND VAPORS
165 XVIII-1140-1 FLOW CAPACITY CURVE FOR RATING NOZZLE TYPE SAFETY VALVES ON SATURATED WATER (BASED ON 10% OVERPRESSURE)
167 APPENDIX XIX INTEGRAL FLAT HEAD WITH A LARGE OPENING
XIX-1000 INTEGRAL FLAT HEAD WITH A LARGE OPENING
XIX-1100 GENERAL REQUIREMENTS
XIX-1200 DESIGN PROCEDURE
168 XIX-1110-1 APPLICABLE CONFIGURATIONS OF FLAT HEADS
XIX-1110-2 INTEGRAL FLAT HEAD WITH LARGE CENTRAL OPENING
170 APPENDIX XX SUBMITTAL OF TECHNICAL INQUIRIES TO THE BOILER AND PRESSURE VESSEL COMMITTEE
XX-1000 SUBMITTAL OF TECHNICAL INQUIRIES TO THE BOILER AND PRESSURE VESSEL COMMITTEE
XX-1100 INTRODUCTION
XX-1200 INQUIRY FORMAT
171 XX-1300 CODE REVISIONS OR ADDITIONS
XX-1400 CODE CASES
XX-1500 CODE INTERPRETATIONS
XX-1600 SUBMITTALS
172 APPENDIX XXI ADHESIVE ATTACHMENT OF NAMEPLATES
XXI-1000 ADHESIVE ATTACHMENT OF NAMEPLATES
XXI-1100 INTRODUCTION
173 APPENDIX XXII RULES FOR REINFORCEMENT OF CONE-TO-CYLINDER JUNCTION UNDER EXTERNAL PRESSURE
XXII-1000 RULES FOR REINFORCEMENT OF CONE-TO-CYLINDER JUNCTION UNDER EXTERNAL PRESSURE
XXII-1100 INTRODUCTION
XXII-1200 NOMENCLATURE
174 XXII-1300 DESIGN PRESSURE
XXII-1200-1 VALUES OF DELTA FOR JUNCTIONS AT THE LARGE CYLINDER FOR alpha LESS THAN OR EQUAL TO 60 DEG.
177 APPENDIX XXIII QUALIFICATIONS AND DUTIES OF SPECIALIZED PROFESSIONAL ENGINEERS
XXIII-1000 QUALIFICATIONS AND DUTIES OF SPECIALIZED PROFESSIONAL ENGINEERS
XXIII-1100 SCOPE
XXIII-1200 QUALIFICATIONS
178 XXIII-1300 DUTIES
181 NONMANDATORY GUIDES
GUIDE A SAMPLE STATEMENTS
FORM A-1 DESIGN SPECIFICATION (DIV. 1 AND 2)
182 FORM A-2 DESIGN REPORT
183 FORM A-3 OVERPRESSURE PROTECTION REPORT (DIV. 1 AND 2)
184 FORM A-4 DESIGN SPECIFICATION (DIV. 3)
185 FORM A-5 FABRICATION SPECIFICATION (DIV. 3)
186 GUIDE B GUIDELINES FOR ESTABLISHING ASME CODE KNOWLEDGE
187 B1 DESIGN SPECIFICATION — DIVISIONS 1 AND 2
B2 DESIGN REPORT — DIVISION 1
B3 OVERPRESSURE PROTECTION REPORT — DIVISIONS 1 AND 2
B4 LOAD CAPACITY DATA SHEET — DIVISION 1
188 B5 CONSTRUCTION SPECIFICATION, DESIGN DRAWINGS, AND DESIGN REPORT — DIVISION 2
B6 DESIGN SPECIFICATION — DIVISION 3
B7 DESIGN REPORT — DIVISION 3
B8 FABRICATION SPECIFICATION — DIVISION 3
189 GUIDE C GUIDELINES FOR DEMONSTRATING PE QUALIFICATIONS
190 APPENDIX XXIV STANDARD UNITS FOR USE IN EQUATIONS
XXIV-1000 STANDARD UNITS FOR USE IN EQUATIONS
192 NONMANDATORY APPENDICES
APPENDIX A STRESS ANALYSIS METHODS
A-1000 STRESS ANALYSIS METHODS
A-1100 INTRODUCTION
193 A-2000 ANALYSIS OF CYLINDRICAL SHELLS
A-2100 INTRODUCTION
A-2120-1
194 A-2200 STRESS INTENSITIES, DISPLACEMENTS, BENDING MOMENTS, AND LIMITING VALUES
197 A-3000 ANALYSIS OF SPHERICAL SHELLS
A-3100 INTRODUCTION
198 A-3200 STRESS INTENSITIES, BENDING ANALYSIS, DISPLACEMENTS, AND EDGE LOADS
A-3120-1
201 A-4000 DESIGN CRITERIA AND EQUATIONS FOR TORISPHERICAL AND ELLIPSOIDAL HEADS
A-4100 INTRODUCTION
203 A-5000 ANALYSIS OF FLAT CIRCULAR HEADS
A-5100 INTRODUCTION
A-5200 LOADS, DISPLACEMENTS, AND GEOMETRY CONSTANTS
A-5120-1
204 A-5212-1
A-5213-1
A-5221-1
205 A-5222-1
206 A-5240-1
207 A-6000 DISCONTINUITY STRESSES
A-6100 INTRODUCTION
A-6200 METHOD OF AND PROCEDURE FOR DISCONTINUITY ANALYSIS
208 A-6230-1
209 A-6230-2
A-6230-3
210 A-6230-4
A-6230-5
213 A-7000 THERMAL STRESSES
A-7100 INTRODUCTION
214 A-8000 STRESSES IN PERFORATED FLAT PLATES
A-8100 INTRODUCTION
215 A-8120-1
216 A-8131-1
217 A-8132.1-1
A-8132.2-1
218 A-8132.3-1
A-8132.4-1
219 A-8142-1
A-8142-2
220 A-8142-3
221 A-8142-4
222 A-8142-5
224 A-8142-6
225 A-8143.2-1
226 A-8153-1
227 A-9000 INTERACTION METHOD
A-9100 INTRODUCTION
228 A-9200 INTERACTION EQUATIONS
A-9300 ALLOWABLE LOADS AND STRESSES
A-9400 NEW INTERACTION EQUATIONS
229 A-9210(D)-1 INTERACTION CURVE FOR BEAMS SUBJECT TO BENDING AND SHEAR OR TO BENDING, SHEAR, AND DIRECT LOADS
A-9210(D)-1 INTERACTION EQUATIONS FOR COMMON BEAM SHAPES
230 A-9500 DETERMINATION OF ALLOWABLE BENDING STRENGTH OF BEAMS BY THE APPARENT STRESS METHOD
231 A-9523.1-1 SIGN CONVENTION AND NOMENCLATURE
A-9521(B)-1 SECTION FACTORS
232 A-9531-1 BENDING AND SHEAR STRESSES
233 A-9532(C)(3)-1 INTERACTION EXPONENT
234 A-9533(B)-1 INTERACTION CURVE FOR BENDING AND TENSION
A-9541-1 TRAPEZOIDAL STRESS–STRAIN RELATIONSHIP
236 A-9541-2 ULTIMATE AND YIELD TRAPEZOIDAL INTERCEPT STRESSES
A-9541-3 LINEARIZED ULTIMATE AND YIELD BENDING STRESSES FOR RECTANGULAR SECTION
237 A-9541-4 PROPORTIONAL LIMIT AS A FUNCTION OF YIELD STRESS
238 A-9542-1 LINEARIZED BENDING STRESS VERSUS ALLOWABLE STRESS FOR SA-672 A50 MATERIAL AT 600°F (316°C)
239 APPENDIX B OWNER’S DESIGN SPECIFICATIONS
B-1000 INTRODUCTION AND SCOPE
B-1100 INTRODUCTION
B-1200 SCOPE OF CERTIFIED DESIGN SPECIFICATION
240 B-2000 GENERIC REQUIREMENTS
B-2100 CERTIFIED DESIGN SPECIFICATION REQUIREMENTS
242 B-2123-1 TIME-DEPENDENT LOAD INFORMATION
244 B-2200 OPERABILITY
B-2300 REGULATORY REQUIREMENTS
245 B-3000 SPECIFIC VESSEL REQUIREMENTS
B-3100 CERTIFIED DESIGN SPECIFICATION REQUIREMENTS
246 B-4000 SPECIFIC PUMP REQUIREMENTS
B-4100 CERTIFIED DESIGN SPECIFICATION REQUIREMENTS
B-4200 OPERABILITY REQUIREMENTS FOR PUMPS
B-4300 REGULATORY REQUIREMENTS
247 B-5000 SPECIFIC VALVE REQUIREMENTS
B-5100 CERTIFIED DESIGN SPECIFICATION REQUIREMENTS
B-5200 OPERABILITY REQUIREMENTS FOR VALVES
248 B-5300 REGULATORY REQUIREMENTS
249 B-6000 SPECIFIC PIPING REQUIREMENTS
B-6100 CERTIFIED DESIGN SPECIFICATION REQUIREMENTS
250 B-7000 SPECIFIC CONTAINMENT REQUIREMENTS
B-7100 CERTIFIED DESIGN SPECIFICATION REQUIREMENTS
251 B-8000 SPECIFIC COMPONENT SUPPORT REQUIREMENTS
B-8100 CERTIFIED DESIGN SPECIFICATION REQUIREMENTS
B-8300 REGULATORY REQUIREMENTS
252 B-9000 SPECIFIC CORE SUPPORT STRUCTURES REQUIREMENTS
B-9100 CERTIFIED DESIGN SPECIFICATION REQUIREMENTS
254 B-10000 SPECIFIC PARTS AND MISCELLANEOUS ITEMS REQUIREMENTS
B-10100 CERTIFIED DESIGN SPECIFICATION REQUIREMENTS
255 APPENDIX C CERTIFICATE HOLDER’S DESIGN REPORT
C-1000 CERTIFICATE HOLDER’S DESIGN REPORT
C-1100 INTRODUCTION
256 C-1200 THERMAL ANALYSIS
257 C-1300 STRUCTURAL ANALYSIS
C-1400 FATIGUE EVALUATION
259 APPENDIX D NONMANDATORY PREHEAT PROCEDURES
D-1000 NONMANDATORY PREHEAT PROCEDURES
D-1100 INTRODUCTION
D-1200 FERROUS MATERIALS
261 APPENDIX E MINIMUM BOLT CROSS-SECTIONAL AREA
E-1000 MINIMUM BOLT CROSS-SECTIONAL AREA
E-1100 INTRODUCTION
E-1200 DESIGN CROSS-SECTIONAL AREA
263 E-1210-1 GASKET MATERIALS AND CONTACT FACINGS
265 E-1210-2 EFFECTIVE GASKET WIDTH
266 APPENDIX F RULES FOR EVALUATION OF SERVICE LOADINGS WITH LEVEL D SERVICE LIMITS
F-1000 RULES FOR EVALUATION OF SERVICE LOADINGS WITH LEVEL D SERVICE LIMITS
F-1100 INTRODUCTION
F-1200 INTENT OF LEVEL D SERVICE LIMITS
F-1300 LEVEL D SERVICE LIMITS AND DESIGN RULES
267 F-1200-1 LEVEL D SERVICE LIMITS
274 F-1400 VESSELS
276 APPENDIX G FRACTURE TOUGHNESS CRITERIA FOR PROTECTION AGAINST FAILURE
G-1000 INTRODUCTION
277 G-2000 VESSELS
G-2100 GENERAL REQUIREMENTS
G-2200 LEVEL A AND LEVEL B SERVICE LIMITS
G-2400 HYDROSTATIC TEST TEMPERATURE
278 G-2210-1
280 G-2214-1
282 G-2214-2
G-2214-3
284 G-2300 LEVEL C AND LEVEL D SERVICE LIMITS
285 APPENDIX K TOLERANCES
K-1000 TOLERANCES
K-1100 INTRODUCTION
K-1200 OBJECTIVE
K-1300 GENERAL REQUIREMENTS
286 K-1330-1 LOCAL INSTALLATION TOLERANCES FOR PIPING SUPPORTS
291 APPENDIX L CLASS FF FLANGE DESIGN FOR CLASS 2 AND 3 COMPONENTS AND CLASS MC VESSELS
L-1000 CLASS FF FLANGES — INTRODUCTION
L-1100 GENERAL REQUIREMENTS
292 L-2000 CLASS FF FLANGES — MATERIALS
L-2100 MATERIAL REQUIREMENTS
293 L-3000 CLASS FF FLANGES — DESIGN
L-3100 GENERAL REQUIREMENTS
296 L-3191-1 BOLT HOLE FLEXIBILITY FACTOR
297 L-3191-2 FLANGE DIMENSIONS AND FORCES
298 L-3200 DESIGN OF FLANGES AND BOLTING
299 L-3212-1 TRIAL FLANGE THICKNESS AND AREA OF BOLTING FOR VARIOUS GROUPS OF ASSEMBLIES AND FLANGE CATEGORIES
301 L-3230-1 GROUP 1 FLANGE ASSEMBLY (IDENTICAL FLANGE PAIRS)
L-3230-2 GROUP 2 FLANGE ASSEMBLY
302 L-3230-3 GROUP 3 FLANGE ASSEMBLY
L-3240-1 SUMMARY OF APPLICABLE FORMULAS FOR DIFFERENT GROUPS OF ASSEMBLIES AND DIFFERENT CATEGORIES OF FLANGES
306 APPENDIX M RECOMMENDATIONS FOR CONTROL OF WELDING, POSTWELD HEAT TREATMENT, AND NONDESTRUCTIVE EXAMINATION OF WELDS
M-1000 RECOMMENDATIONS FOR CONTROL OF WELDING, POSTWELD HEAT TREATMENT, AND NONDESTRUCTIVE EXAMINATION OF WELDS
M-1100 INTRODUCTION
M-1200 WELDING PROCEDURE SPECIFICATIONS
307 M-1300 WELDING PERFORMANCE QUALIFICATION AND ASSIGNMENT
M-1400 CONTROL OF WELDING
M-1500 NONDESTRUCTIVE EXAMINATION OF WELDS
M-1600 POSTWELD HEAT TREATMENT
M-1700 EXAMINATION AND DIMENSIONAL INSPECTION
308 APPENDIX N DYNAMIC ANALYSIS METHODS
N-1000 DYNAMIC ANALYSIS METHODS
N-1100 INTRODUCTION AND SCOPE
309 N-1200 SEISMIC ANALYSIS
310 N-1211(A)-1 HORIZONTAL DESIGN RESPONSE SPECTRA SCALED TO 1 G HORIZONTAL GROUND ACCELERATION
312 N-1211(A)-1 HORIZONTAL DESIGN RESPONSE SPECTRA RELATIVE VALUES OF SPECTRUM AMPLIFICATION FACTORS FOR CONTROL POINTS
N-1211(B)-1 VERTICAL DESIGN RESPONSE SPECTRA RELATIVE VALUES OF SPECTRUM AMPLIFICATION FACTORS FOR CONTROL POINTS
313 N-1211(B)-1 VERTICAL DESIGN RESPONSE SPECTRA SCALED TO 1 G HORIZONTAL GROUND ACCELERATION
323 N-1225.1.1(B)-1 MINIMUM SUPPORT LOAD FACTOR
324 N-1226-1 SUGGESTED FREQUENCIES, HZ, FOR CALCULATION OF GROUND AND FLOOR RESPONSE SPECTRA
325 N-1226-1 RESPONSE SPECTRUM PEAK BROADENING AND PEAK AMPLITUDE
327 N-1226-2 USE OF FLOOR SPECTRA WHEN SEVERAL EQUIPMENT FREQUENCIES ARE WITHIN THE WIDENED SPECTRAL PEAK
331 N-1228.3-1 COEFFICIENTS FOR A COMPONENT OF SHEAR FOR A UNIT DISPLACEMENT OF A NONDATUM SUPPORT
332 N-1230-1 DAMPING VALUES
336 N-1300 FLOW-INDUCED VIBRATION OF TUBES AND TUBE BANKS
338 N-1311-1 ADDED MASS FOR LATERAL ACCELERATION OF STRUCTURES IN A FLUID RESERVOIR
339 N-1311-2 GUIDELINES FOR DAMPING OF FLOW-INDUCED VIBRATION
340 N-1321-1 VORTICES SHED FROM A CIRCULAR CYLINDER
N-1321-2 SOME TYPICAL CROSS SECTIONS OF BLUFF BODIES THAT CAN EXPERIENCE VORTEX SHEDDING
342 N-1323-1 SYNCHRONIZATION OF THE VORTEX SHEDDING FREQUENCY AND THE TUBE NATURAL FREQUENCY FOR A SINGLE, FLEXIBLY-MOUNTED CIRCULAR CYLINDER. SYNCHRONIZATION OCCURS WITHIN THE SHADED REGION
343 N-1324.2(A)-1 SEMIEMPIRICAL CORRELATIONS FOR PREDICTING RESONANT VORTEX-INDUCED VIBRATION AMPLITUDE
345 N-1331-1 RESPONSE OF A TUBE BANK TO CROSS FLOW
346 N-1331-2 TUBE VIBRATION PATTERNS AT FLUIDELASTIC INSTABILITY FOR A FOUR-TUBE ROW
347 N-1331-3 TUBE ARRANGEMENTS
348 N-1331-4 STABILITY DIAGRAM
351 N-1343-1 RANDOM EXCITATION COEFFICIENT FOR ARRAYS IN CROSS FLOW
353 N-1400 DYNAMICS OF COUPLED FLUID-SHELLS
355 N-1430-1 VIBRATION FORMS FOR CIRCULAR CYLINDRICAL SHELLS
358 N-1451-1 COMPARISON OF FRITZ AND KISS SOLUTION WITH EXACT SOLUTION
360 N-1500 FLUID TRANSIENT DYNAMICS
N-1600 MISCELLANEOUS IMPULSIVE AND IMPACTIVE LOADS
N-1700 COMBINED RESPONSES
361 N-1470-1 IMAGINARY PART OF Z AS A FUNCTION OF B/A FOR SELECTED VALUE OF S
363 N-1722.2-1 DEFINITION OF NOTATION
365 N-1723.1-1
N-1723.1-2
366 N-1723.1-3
N-1723.1-4
368 REFERENCES TO APPENDIX N
373 APPENDIX O RULES FOR DESIGN OF SAFETY VALVE INSTALLATIONS
O-1000 RULES FOR DESIGN OF SAFETY VALVE INSTALLATIONS
O-1100 SCOPE AND DEFINITION
374 O-1200 METHOD OF AND PROCEDURE FOR LOAD COMPUTATION
O-1120(E)-1 APPLICATION POINT OF VENTING FORCE F
O-1120(E)-2 LIMITING SAFETY VALVE ARRANGEMENTS AND DIMENSIONS
375 O-1300 STRESS EVALUATION OPEN SYSTEM
O-1400 CLOSED DISCHARGE SYSTEMS — OPEN DISCHARGE SYSTEMS WITH LONG DISCHARGE PIPES — SYSTEMS WITH SLUG FLOW
376 O-1500 DESIGN CONSIDERATIONS
377 APPENDIX P CERTIFIED MATERIAL TEST REPORTS
P-1000 CERTIFIED MATERIAL TEST REPORTS
P-1100 INTRODUCTION
P-1200 GENERAL REQUIRED INFORMATION
P-1300 INFORMATION REQUIRED UNDER SPECIFIC CIRCUMSTANCES
378 P-1400 EXECUTION
379 APPENDIX Q DESIGN RULES FOR CLAMP CONNECTIONS
Q-1000 DESIGN RULES FOR CLAMP CONNECTIONS
Q-1100 INTRODUCTION
380 Q-1130-1 TYPICAL HUB AND CLAMP
381 Q-1130-2 TYPICAL CLAMP LUG CONFIGURATIONS
385 Q-1180-1 ALLOWABLE DESIGN STRESS FOR CLAMP CONNECTIONS
386 APPENDIX R DETERMINATION OF PERMISSIBLE LOWEST SERVICE METAL TEMPERATURE FROM TNDT FOR CLASSES 2 AND MC CONSTRUCTION
R-1000 DETERMINATION OF PERMISSIBLE LOWEST SERVICE METAL TEMPERATURES FROM TNDT FOR CLASSES 2 AND MC CONSTRUCTION
R-1100 INTRODUCTION
R-1200 DETERMINATION OF PERMISSIBLE LOWEST SERVICE METAL TEMPERATURE
387 R-1200-1 DETERMINATION OF PERMISSIBLE LOWEST SERVICE METAL TEMPERATURE
388 APPENDIX S PUMP SHAFT DESIGN METHODS
S-1000 PUMP SHAFT DESIGN METHODS
S-1100 INTRODUCTION
S-1200 SCOPE
S-1300 DESIGN REQUIREMENTS
S-1400 RESPONSIBILITY
S-1500 OPERATING LOADS
389 S-1600 SHAFT FAILURE MODES
390 S-1600-1 TYPICAL CENTRIFUGAL PUMP SHAFT FAILURE LOCATIONS
391 S-2000 DESIGN PROCEDURE
S-2100 CRITICAL SPEEDS
S-2200 MAXIMUM TORSIONAL LOAD
S-2300 SHAFT EVALUATION
392 S-2300-1 STEPS IN THE DESIGN OF A PUMP SHAFT
393 S-2400 OTHER CONSIDERATIONS
394 APPENDIX T RECOMMENDED TOLERANCES FOR RECONCILIATION OF PIPING SYSTEMS
T-1000 RECOMMENDED TOLERANCES FOR RECONCILIATION OF PIPING SYSTEMS
T-1100 INTRODUCTION
396 T-1213-1 ILLUSTRATIONS OF ANGULAR DIMENSIONS — PIPE LEGS, VALVES, SUPPORTS, BENDS
397 T-1200 TOTAL TOLERANCES
398 T-1213-2 ILLUSTRATIONS OF LINEAR DIMENSIONS
399 T-1222-1 BRANCH/RUN SIZE COMBINATIONS
401 APPENDIX U RULES FOR PUMP INTERNALS
U-1000 RULES FOR PUMP INTERNALS
U-1100 INTRODUCTION
U-1200 GENERAL REQUIREMENTS
U-1300 MATERIALS
403 U-1400 FABRICATION REQUIREMENTS
407 U-1600-1 SUMMARY OF REQUIREMENTS
408 U-1500-1 TYPICAL FOR TYPE A, C, E, F, AND/OR SOME J (NB-3400) PUMPS
409 U-1500-2 TYPICAL TYPE B AND D PUMPS (NC AND ND-3400)
410 U-1500-3 TYPICAL FOR TYPE G AND H PUMPS (NC AND ND-3400)
411 U-1500-4 TYPICAL FOR TYPE K PUMPS (NC AND ND-3400)
412 U-1500-5 TYPICAL FOR TYPE L PUMPS (NC AND ND-3400)
413 U-1500-6 RECIPROCATING PLUNGER PUMP (NC AND ND-3400)
415 U-1500-7 TYPICAL TYPE A OR C PUMPS (NC AND ND-3400)
416 U-1610-1 MATERIALS FOR PUMP INTERNAL ITEMS FOR CLASS 1, 2, AND 3 PUMPS
419 APPENDIX W ENVIRONMENTAL EFFECTS ON COMPONENTS
W-1000 ENVIRONMENTAL EFFECTS ON COMPONENTS
W-1100 INTRODUCTION
W-1200 SECTION XI AND PLEX APPLICATIONS
420 W-2000 SUMMARIES OF CORROSION DAMAGE MECHANISMS
W-2100 STRESS CORROSION CRACKING
W-2100-1 ENVIRONMENTAL CONDITIONS REQUIRED FOR SCC
422 W-2200 GENERAL CORROSION AND WASTAGE
424 W-2300 PITTING CORROSION
425 W-2400 CREVICE CORROSION AND DENTING
427 W-2500 INTERGRANULAR CORROSION ATTACK
429 W-2600 MICROBIOLOGICALLY-INDUCED CORROSION AND FOULING
430 W-2700 CORROSION FATIGUE AND CRACK GROWTH
432 W-2800 FLOW ACCELERATED CORROSION
434 W-2900 EROSION AND EROSION-CORROSION
437 W-3000 SUMMARIES OF EMBRITTLEMENT DAMAGE MECHANISMS
W-3100 IRRADIATION-ASSISTED STRESS CORROSION CRACKING (IASCC)
438 W-3200 THERMAL AGING EMBRITTLEMENT
440 W-3300 RADIATION EMBRITTLEMENT
W-3400 HYDROGEN DAMAGE EMBRITTLEMENT AND DELAYED CRACKING
442 W-4000 SUMMARIES OF OTHER DAMAGE MECHANISMS
W-4100 FRETTING AND WEAR
443 W-4200 THERMAL FATIGUE
W-4300 DYNAMIC LOADING — VIBRATION, WATER HAMMER, AND UNSTABLE FLUID FLOW
W-4400 CREEP
446 APPENDIX Y EVALUATION OF THE DESIGN OF RECTANGULAR AND HOLLOW CIRCULAR CROSS SECTION WELDED ATTACHMENTS ON CLASS 1, 2, AND 3 PIPING
Y-1000 EVALUATION OF THE DESIGN OF RECTANGULAR AND HOLLOW CIRCULAR CROSS SECTION WELDED ATTACHMENT ON CLASS 1, 2, AND 3 PIPING
Y-1100 INTRODUCTION
447 Y-2000 PROCEDURE FOR EVALUATION OF THE DESIGN OF RECTANGULAR CROSS SECTION ATTACHMENTS ON CLASS 1 PIPING
Y-2100 INTRODUCTION
Y-2200 LIMITATIONS TO APPLICABILITY
Y-2300 NOMENCLATURE AND DEFINITIONS
Y-2300-1 NOMENCLATURE ILLUSTRATION
448 Y-2400 EVALUATION PROCEDURE
449 Y-2500 ANALYSIS DOCUMENTATION
450 Y-3000 PROCEDURE FOR EVALUATION OF THE DESIGN OF RECTANGULAR CROSS SECTION ATTACHMENTS ON CLASS 2 OR 3 PIPING
Y-3100 INTRODUCTION
Y-3200 LIMITATIONS TO APPLICABILITY
Y-3300 NOMENCLATURE AND DEFINITIONS
Y-3300-1 NOMENCLATURE ILLUSTRATION
451 Y-3400 EVALUATION PROCEDURE
452 Y-3500 ANALYSIS DOCUMENTATION
453 Y-4000 PROCEDURE FOR EVALUATION OF THE DESIGN OF HOLLOW CIRCULAR CROSS SECTION WELDED ATTACHMENTS ON CLASS 1 PIPING
Y-4100 INTRODUCTION
Y-4200 LIMITATIONS TO APPLICABILITY
Y-4300 NOMENCLATURE AND DEFINITIONS
Y-4200-1 WELD TYPE ILLUSTRATION
Y-4300-1 NOMENCLATURE ILLUSTRATION
454 Y-4400 EVALUATION PROCEDURE
455 Y-4500 ANALYSIS DOCUMENTATION
456 Y-5000 PROCEDURE FOR EVALUATION OF THE DESIGN OF HOLLOW CIRCULAR CROSS SECTION WELDED ATTACHMENTS ON CLASS 2 AND 3 PIPING
Y-5100 INTRODUCTION
Y-5200 LIMITATIONS TO APPLICABILITY
Y-5300 NOMENCLATURE AND DEFINITIONS
457 Y-5400 EVALUATION PROCEDURE
Y-5300-1 NOMENCLATURE ILLUSTRATION
458 Y-5500 ANALYSIS DOCUMENTATION
459 APPENDIX Z INTERRUPTION OF CODE WORK
Z-1000 INTERRUPTION OF CODE WORK
Z-1100 INTRODUCTION
Z-1200 DEFINITIONS
Z-1300 DOCUMENTATION
Z-1400 OTHER CONSIDERATIONS
Z-1500 RESUMPTION OF CODE ACTIVITIES
461 APPENDIX AA GUIDANCE FOR THE USE OF U.S. CUSTOMARY AND SI UNITS IN THE ASME BOILER AND PRESSURE VESSEL CODE
AA-1000 USE OF UNITS IN EQUATIONS
AA-2000 GUIDELINES USED TO DEVELOP SI EQUIVALENTS
463 AA-3000 SOFT CONVERSION FACTORS
464 APPENDIX BB METALLIC BRAIDED FLEXIBLE HOSE FOR CLASS 2 AND 3 SERVICE
BB-1000 SCOPE
BB-1100 RULES
465 BB-2000 MATERIAL
BB-2100 SHEATHS, END PIECES, AND BRAIDS
466 BB-3000 DESIGN
BB-3100 DESIGN FACTORS
BB-3200 GENERAL DESIGN REQUIREMENTS
BB-3300 SPECIAL DESIGN REQUIREMENTS
467 FIGURE
FIG. BB-3300-1 BELLOWS CONFIGURATION AND WRAP ANGLE, �
468 BB-4000 FABRICATION
BB-4100 REQUIREMENTS
469 BB-5000 EXAMINATION
BB-5100 PROCEDURES
470 BB-6000 6000
BB-6100 HYDROSTATIC AND PNEUMATIC TESTING
471 BB-7000 CERTIFICATION
BB-7100 PROVISIONS

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