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ASME BPVC VIII 3 2010

ASME BPVC VIII 3 2010

$377.00

ASME BPVC – VIII – 3 -2010 BPVC Section VIII-Rules for Construction of Pressure Vessels Division 3-Alternative Rules for Construction of High Pressure Vessels

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ASME 2010
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PDF Pages PDF Title
5 CONTENTS
16 LIST OF SECTIONS
18 FOREWORD
20 STATEMENT OF POLICY
21 PERSONNEL
33 SUMMARY OF CHANGES
36 LIST OF CHANGES
39 PART KG GENERAL REQUIREMENTS
ARTICLE KG- 1 SCOPE AND JURISDICTION
KG- 100 SCOPE
40 KG- 110 GEOMETRIC SCOPE OF THIS DIVISION
KG- 120 CLASSIFICATIONS OUTSIDE THE SCOPE OF THIS DIVISION
KG- 130 FIELD ASSEMBLY OF VESSELS
41 KG- 140 STANDARDS REFERENCED BY THIS DIVISION KG- 141 Sections of the ASME Code
KG- 150 UNITS OF MEASUREMENT
42 TABLE KG-141 REFERENCED STANDARDS IN THIS DIVISION AND YEAR OF ACCEPTABLE EDITION
44 ARTICLE KG- 2 ORGANIZATION OF THIS DIVISION
KG- 210 PARTS OF THIS DIVISION
KG- 220 APPENDICES
KG- 230 ARTICLES AND PARAGRAPHS KG- 231 Articles
KG- 240 REFERENCES
KG- 250 TERMS AND DEFINITIONS
45 ARTICLE KG- 3 RESPONSIBILITIES AND DUTIES
KG- 300 GENERAL
KG- 310 USER’S RESPONSIBILITY
48 KG- 320 MANUFACTURER’S RESPONSIBILITY
FORMS
FORM KG-311.15 TYPICAL CERTIFICATION OF COMPLIANCE OF THE USER’S DESIGN SPECIFICATION
49 FORM KG-324.1 TYPICAL CERTIFICATION OF COMPLIANCE OF THE MANUFACTURER’S DESIGN REPORT
50 KG- 330 DESIGNER
51 ARTICLE KG- 4 GENERAL RULES FOR INSPECTION
KG- 400 GENERAL REQUIREMENTS FOR INSPECTION AND EXAMINATION
KG- 410 MANUFACTURER’S RESPONSIBILITIES
52 KG- 420 CERTIFICATION OF SUBCONTRACTED SERVICES
KG- 430 THE INSPECTOR
KG- 434 Maintenance of Records
53 KG- 440 INSPECTOR’S DUTIES
54 ARTICLE KG- 5 ADDITIONAL GENERAL REQUIREMENTS FOR COMPOSITE REINFORCED PRESSURE VESSELS ( CRPV)
KG- 500 GENERAL REQUIREMENTS
KG- 510 SCOPE
55 KG- 520 SUPPLEMENTAL GENERAL REQUIREMENTS FOR CRPV
FIGURES
FIG. KG-510.1 CRPV GENERAL ARRANGEMENT
FIG. KG-510.2 LAMINATE TERMINATION
FIG. KG-510.3 LAMINATE STEP
57 PART KM MATERIAL REQUIREMENTS
ARTICLE KM- 1 GENERAL REQUIREMENTS
KM- 100 MATERIALS PERMITTED
59 ARTICLE KM- 2 MECHANICAL PROPERTY TEST REQUIREMENTS FOR METALS
KM- 200 GENERAL REQUIREMENTS
KM- 210 PROCEDURE FOR OBTAINING TEST SPECIMENS AND COUPONS
60 TABLES
TABLE KM-212CHARPY IMPACT TEST TEMPERATURE REDUCTIONBELOW MINIMUM DESIGN METAL TEMPERATURE
61 KM- 220 PROCEDURE FOR HEAT TREATING SEPARATE TEST SPECIMENS
62 FIG. KM-212 EXAMPLES OF ACCEPTABLE IMPACT TEST SPECIMENS
63 KM- 230 MECHANICAL TESTING REQUIREMENTS
TABLE KM-234.2(a)MINIMUM REQUIRED CHARPY V-NOTCH IMPACTVALUES FOR PRESSURE-RETAINING COMPONENTMATERIALS
64 KM- 240 HEAT TREATMENT CERTIFICATION/ VERIFICATION TESTS FOR FABRICATED COMPONENTS
TABLE KM-234.2(b)MINIMUM REQUIRED CHARPY V-NOTCH IMPACT VALUES FOR BOLTINGMATERIALS
65 KM- 250 SUPPLEMENTARY TOUGHNESS REQUIREMENTS FOR PRESSURE-RETAINING COMPONENT MATERIALS
KM- 260 RETESTS KM- 261 General Retest Requirements
67 ARTICLE KM- 3 SUPPLEMENTARY REQUIREMENTS FOR BOLTING
KM- 300 REQUIREMENTS FOR ALL BOLTING MATERIALS
68 ARTICLE KM- 4 MATERIAL DESIGN DATA
KM- 400 CONTENTS OF TABLES OF MATERIAL DESIGN DATA
69 TABLE KCS-1 CARBON AND LOW ALLOY STEELS
73 TABLE KCS-1M CARBON AND LOW ALLOY STEELS (METRIC)
77 TABLE KHA-1 HIGH ALLOY STEELS
80 TABLE KHA-1M HIGH ALLOY STEELS (METRIC)
83 TABLE KNF-1 NICKEL AND NICKEL ALLOYS
84 TABLE KNF-1M NICKEL AND NICKEL ALLOYS (METRIC)
86 ARTICLE KM- 5 REQUIREMENTS FOR LAMINATE MATERIALS
KM- 500 SCOPE
87 TABLE KM-506.1 RESIN SYSTEMS REQUIRED CERTIFICATIONS BYRESIN SUPPLIER
TABLE KM-506.2 RESIN SYSTEMS REQUIRED TESTS BY CRPVMANUFACTURER
88 KM- 510 INTERLAMINAR SHEAR STRENGTH
89 PART KD DESIGN REQUIREMENTS
ARTICLE KD- 1 GENERAL
KD- 100 SCOPE
KD- 110 LOADINGS
90 KD- 120 DESIGN BASIS
91 KD- 130 DESIGN CRITERIA KD- 131 Yield Stress Theories
KD- 140 FATIGUE EVALUATION
92 ARTICLE KD- 2 BASIC DESIGN REQUIREMENTS
KD- 200 SCOPE
KD-210 TERMS RELATING TO STRESSANALYSIS
94 KD- 220 EQUATIONS FOR CYLINDRICAL AND SPHERICAL SHELLS
95 KD- 230 ELASTIC– PLASTIC ANALYSIS
96 TABLES
TABLE KD-230.1 LOADS AND LOAD CASES TO BE CONSIDERED IN DESIGN
97 TABLE KD-230.2 LOAD DESCRIPTIONS
98 TABLE KD-231.3 LOAD COMBINATIONS AND LOAD FACTORS FOR AN ELASTIC–PLASTIC ANALYSIS
99 TABLE KD-231.4 TABULAR VALUES FOR COEFFICIENTS
101 KD- 240 LINEAR ELASTIC ANALYSIS
102 FIGURES
FIG. KD-240 STRESS CATEGORIES AND LIMITS OF STRESS INTENSITY
103 KD- 250 PRINCIPAL STRESSES IN MONOBLOC VESSELS
105 ARTICLE KD- 3 FATIGUE EVALUATION
KD- 300 SCOPE
KD- 310 STRESS ANALYSIS FOR FATIGUE EVALUATION
107 KD- 320 CALCULATED NUMBER OF DESIGN CYCLES
108 KD- 330 CALCULATED CUMULATIVE EFFECT NUMBER OF DESIGN CYCLES
KD- 340 FATIGUE ASSESSMENT OF WELDS — ELASTIC ANALYSIS AND STRUCTURAL STRESS
110 KD- 350 HISTOGRAM DEVELOPMENT AND CYCLE COUNTING FOR FATIGUE ANALYSIS
112 KD- 360 CYCLIC STRESS STRAIN CURVE
KD- 370 WELDED JOINT DESIGN FATIGUE CURVES KD- 371 Fatigue Curve Materials
114 FIG. KD-320.1 DESIGN FATIGUE CURVES Sa p f (Nf ) FOR NONWELDED MACHINED PARTS MADE OF FORGED CARBON OR LOW ALLOY STEELS
115 TABLE KD-320.1 TABULATED VALUES OF Sa, ksi, FROM FIGURES INDICATED
116 FIG. KD-320.1M DESIGN FATIGUE CURVES Sa p f (Nf ) FOR NONWELDED MACHINED PARTS MADE OF FORGEDCARBON OR LOW ALLOY STEELS
117 TABLE KD-320.1M TABULATED VALUES OF Sa, MPa, FROM FIGURES INDICATED
118 FIG. KD-320.2 DESIGN FATIGUE CURVE FOR NONWELDED AUSTENITIC STAINLESS STEELS FOR TEMPERATURES NOTEXCEEDING 800°F
119 FIG. KD-320.2M DESIGN FATIGUE CURVE FOR NONWELDED AUSTENITIC STAINLESS STEELSFOR TEMPERATURES NOT EXCEEDING 427°C
120 FIG. KD-320.3 DESIGN FATIGUE CURVE Sa p f (Nf ) FOR NONWELDED MACHINED PARTS MADE OF 17-4PH/15-5PHSTAINLESS STEEL BAR OR FORGINGS, FOR TEMPERATURES NOT EXCEEDING 550°F
121 FIG. KD-320.3M DESIGN FATIGUE CURVE Sa p f (Nf ) FOR NONWELDED MACHINED PARTS MADE OF 17-4PH/15-5PHSTAINLESS STEEL BAR OR FORGINGS, FOR TEMPERATURES NOT EXCEEDING 290°C
122 FIG. KD-320.4 DESIGN FATIGUE CURVE FOR HIGH-STRENGTH STEEL BOLTING FOR TEMPERATURES NOTEXCEEDING 700°F
123 FIG. KD-320.4M DESIGN FATIGUE CURVE FOR HIGH-STRENGTH STEEL BOLTING FOR TEMPERATURES NOTEXCEEDING 371°C
124 FIG. KD-320.5(a) ROUGHNESS FACTOR Kr VERSUS AVERAGE SURFACE ROUGHNESS Ra MICROINCH AA
125 FIG. KD-320.5M(a) ROUGHNESS FACTOR Kr VERSUS AVERAGE SURFACE ROUGHNESS Ra MICROMETER AA
126 FIG. KD-320.5(b) ROUGHNESS FACTOR Kr VERSUS MAXIMUM SURFACE ROUGHNESS Rmax MICROINCH
127 FIG. KD-320.5M(b) ROUGHNESS FACTOR Kr VERSUS MAXIMUM SURFACE ROUGHNESS Rmax MICROMETER
128 TABLE KD-360.1 CYCLIC STRESS-STRAIN CURVE DATA
130 TABLE KD-360.1M CYCLIC STRESS-STRAIN CURVE DATA
132 TABLE KD-370.1 COEFFICIENTS FOR THE WELDED JOINT FATIGUE CURVES
TABLE KD-370.1M COEFFICIENTS FOR THE WELDED JOINT FATIGUE CURVES
133 FIG. KD-372.1 WELD TOE DRESSING
134 ARTICLE KD- 4 FRACTURE MECHANICS EVALUATION
KD- 400 SCOPE
KD-410 CRACK SIZE CRITERIA
135 KD- 420 STRESS INTENSITY FACTOR
KD- 430 CALCULATION OF CRACK GROWTH RATES
KD- 440 CALCULATED NUMBER OF DESIGN CYCLES
136 TABLE KD-430 CRACK GROWTH RATE FACTORS (U.S. Customary Units)
TABLE KD-430M CRACK GROWTH RATE FACTORS (SI Units)
137 ARTICLE KD- 5 DESIGN USING AUTOFRETTAGE
KD- 500 SCOPE
138 KD- 510 LIMITS ON AUTOFRETTAGE PRESSURE
KD- 520 CALCULATION OF RESIDUAL STRESSES
139 KD- 530 DESIGN CALCULATIONS
140 ARTICLE KD- 6 DESIGN REQUIREMENTS FOR CLOSURES, INTEGRAL HEADS, THREADED FASTENERS, AND SEALS
KD- 600 SCOPE
KD- 620 THREADED FASTENERS AND COMPONENTS
141 KD- 630 LOAD- CARRYING SHELL WITH SINGLE THREADED END CLOSURES
142 KD- 640 FLAT INTEGRAL HEADS
KD- 650 QUICK- ACTUATING CLOSURES
143 KD- 660 REQUIREMENTS FOR CLOSURES AND SEALS
144 ARTICLE KD- 7 DESIGN REQUIREMENTS FOR ATTACHMENTS, SUPPORTS, AND EXTERNAL HEATING AND COOLING JACKETS
KD- 700 GENERAL REQUIREMENTS
KD- 710 MATERIALS FOR ATTACHMENTS
KD- 720 WELDS ATTACHING NONPRESSURE PARTS TO PRESSURE PARTS
145 KD- 730 DESIGN OF ATTACHMENTS
KD- 740 DESIGN OF SUPPORTS
KD- 750 JACKETED VESSELS
146 FIG. KD-700 SOME ILLUSTRATIVE WELD ATTACHMENT DETAILS
147 ARTICLE KD- 8 SPECIAL DESIGN REQUIREMENTS FOR LAYERED VESSELS
KD- 800 GENERAL
148 KD- 810 RULES FOR SHRINK- FIT LAYERED VESSELS
149 FIG. KD-812 DIAMETERS AND LAYER NUMBERS FORCONCENTRIC SHRINK-FIT LAYERED CYLINDER
150 KD- 820 RULES FOR CONCENTRICALLY WRAPPED AND WELDED LAYERED VESSELS
151 KD- 830 DESIGN OF WELDED JOINTS
KD- 840 OPENINGS AND THEIR REINFORCEMENT
KD- 850 SUPPORTS
FIG. KD-830.1 ACCEPTABLE LAYERED SHELL TYPES
153 FIG. KD-830.3 SOME ACCEPTABLE FLAT HEADS WITH HUBS JOINING LAYERED SHELL SECTIONS
154 FIG. KD-830.4 SOME ACCEPTABLE FLANGES FOR LAYERED SHELLS
FIG. KD-830.5 SOME ACCEPTABLE WELDED JOINTS OF LAYERED-TO-LAYERED AND LAYERED-TO-SOLIDSECTIONS
155 FIG. KD-830.6 SOME ACCEPTABLE NOZZLE ATTACHMENTS IN LAYERED SHELL SECTIONS
156 FIG. KD-850 SOME ACCEPTABLE SUPPORTS FOR LAYERED VESSELS
157 ARTICLE KD- 9 SPECIAL DESIGN REQUIREMENTS FOR WIRE- WOUND VESSELS AND WIRE- WOUND FRAMES
KD- 900 SCOPE
KD- 910 STRESS ANALYSIS
158 FIG. KD-900 WIRE-WOUND VESSEL AND FRAME CONSTRUCTION
159 KD- 920 STRESS LIMITS KD- 921 Diameter Ratio of Vessel Wall
KD- 930 FATIGUE EVALUATION KD- 931 General
FIG. KD-911 NOMENCLATURE FOR WIREWOUNDCYLINDERS
160 FIG. KD-932 DERIVATION OF DESIGN FATIGUE CURVE FROM WIRE FATIGUE CURVE
162 ARTICLE KD- 10 SPECIAL REQUIREMENTS FOR VESSELS IN HYDROGEN SERVICE
KD- 1000 SCOPE
163 KD- 1010 FRACTURE MECHANICS EVALUATION
KD- 1020 FRACTURE MECHANICS PROPERTIES
164 KD- 1030 FATIGUE LIFE CALCULATION
KD- 1040 TEST METHOD FOR
166 KD- 1050 FATIGUE CRACK GROWTH RATE TESTS
167 ARTICLE KD- 11 DESIGN REQUIREMENTS FOR WELDED VESSELS
KD- 1100 SCOPE
KD- 1110 TYPES OF JOINTS PERMITTED
KD- 1120 TRANSITION JOINTS BETWEEN SECTIONS OF UNEQUAL THICKNESS
168 KD- 1130 NOZZLE ATTACHMENTS
FIG. KD-1112 TYPICAL PRESSURE PARTS WITH BUTT-WELDED HUBS
169 FIG. KD-1121 JOINTS BETWEEN FORMED HEADS AND SHELLS
170 FIG. KD-1122 NOZZLE NECKS ATTACHED TO PIPING OF LESSER WALL THICKNESS
171 FIG. KD-1130 SOME ACCEPTABLE WELDED NOZZLE ATTACHMENTS
172 FIG. KD-1131 AN ACCEPTABLE FULL-PENETRATION WELDED NOZZLE ATTACHMENT NOT READILYRADIOGRAPHABLE
173 ARTICLE KD- 12 EXPERIMENTAL DESIGN VERIFICATION
KD- 1200 GENERAL REQUIREMENTS
KD- 1210 TYPES OF TESTS
KD- 1220 STRAIN MEASUREMENT TEST PROCEDURE
174 KD- 1230 PHOTOELASTIC TEST PROCEDURE
KD- 1240 TEST PROCEDURES
KD- 1250 INTERPRETATION OF RESULTS
175 KD- 1260 EXPERIMENTAL DETERMINATION OF ALLOWABLE NUMBER OF OPERATING CYCLES
176 FIG. KD-1260.1 CONSTRUCTION OF TESTING PARAMETER RATIO DIAGRAM
177 KD- 1270 DETERMINATION OF FATIGUE STRENGTH REDUCTION FACTORS
178 FIG. KD-1260.2 CONSTRUCTION OF TESTING PARAMETER RATIO DIAGRAM FOR ACCELERATED TESTS
179 ARTICLE KD- 13 ADDITIONAL DESIGN REQUIREMENTS FOR COMPOSITE REINFORCED PRESSURE VESSELS ( CRPV)
KD- 1300 SCOPE
KD- 1310 GENERAL
181 PART KF FABRICATION REQUIREMENTS
ARTICLE KF- 1 GENERAL FABRICATION REQUIREMENTS
KF- 100 GENERAL
KF- 110 MATERIAL
182 KF- 120 MATERIAL FORMING
183 KF- 130 TOLERANCES FOR CYLINDRICAL AND SPHERICAL SHELLS AND HEADS KF- 131 Cylindrical Shells
FIGURES
FIG. KF-131 EXAMPLES OF DIFFERENCESBETWEEN MAXIMUM AND MINIMUM DIAMETERS IN CYLINDRICAL SHELLS
184 ARTICLE KF- 2 SUPPLEMENTAL WELDING FABRICATION REQUIREMENTS
KF- 200 GENERAL REQUIREMENTS FOR ALL WELDS
KF- 210 WELDING QUALIFICATIONS AND RECORDS
185 KF- 220 WELD JOINTS PERMITTED AND THEIR EXAMINATION
186 KF- 230 REQUIREMENTS DURING WELDING
187 TABLES
TABLE KF-234 MAXIMUM ALLOWABLE OFFSET IN WELDED JOINTS
188 KF- 240 REPAIR OF WELD DEFECTS
189 ARTICLE KF- 3 FABRICATION REQUIREMENTS FOR MATERIALS WITH PROTECTIVE LININGS
KF- 300 SCOPE
KF- 310 QUALIFICATION OF WELDING PROCEDURES
190 KF- 320 INTEGRALLY CLAD MATERIALS
KF- 330 POSTWELD HEAT TREATMENT OF LININGS
KF- 340 EXAMINATION REQUIREMENTS
191 KF- 350 INSPECTION AND TESTS
KF- 360 STAMPING AND REPORTS
192 ARTICLE KF- 4 HEAT TREATMENT OF WELDMENTS
KF- 400 HEAT TREATMENT OF WELDMENTS
193 TABLE KF-402.1 REQUIREMENTS FOR POSTWELD HEAT TREATMENT OF PRESSURE PARTS AND ATTACHMENTS
194 TABLE KF-402.1M REQUIREMENTS FOR POSTWELD HEAT TREATMENT OF PRESSURE PARTS AND ATTACHMENTS
195 KF- 410 HEATING PROCEDURES FOR POSTWELD HEAT TREATMENT
196 KF- 420 POSTWELD HEAT TREATMENT AFTER REPAIRS
197 ARTICLE KF- 5 ADDITIONAL FABRICATION REQUIREMENTS FOR AUTOFRETTAGED VESSELS
KF- 500 GENERAL
KF- 510 EXAMINATION AND REPAIR
KF- 520 AUTOFRETTAGE PROCEDURES
KF- 530 EXAMINATION AFTER AUTOFRETTAGE
KF- 540 REPAIR OF DEFECTS AFTER AUTOFRETTAGE
KF- 550 STAMPING AND REPORTS
198 ARTICLE KF- 6 ADDITIONAL FABRICATION REQUIREMENTS FOR QUENCHED AND TEMPERED STEELS
KF- 600 GENERAL
KF- 610 WELDING REQUIREMENTS
KF- 612 Filler Metal
KF- 613 Preparation of Base Metal
KF- 613.1 Precautions Necessary When Using Gas Cutting or Gouging.
KF- 614 Weld Finish
199 KF- 615 Toughness Requirements for Welds
KF- 620 TEMPORARY WELDS WHERE NOT PROHIBITED
KF- 630 POSTWELD HEAT TREATMENT
KF- 640 EXAMINATION AND TESTING KF- 641 Examination After Heat Treatment
KF- 642 Check of Heat Treatment by Hardness Testing
KF- 650 STAMPING AND REPORTS
200 TABLE KF-630 POSTWELD HEAT TREATMENT REQUIREMENTS FOR QUENCHED AND TEMPERED MATERIALSIN TABLE KCS-1 (U.S. Customary Units)
201 TABLE KF-630M POSTWELD HEAT TREATMENT REQUIREMENTS FOR QUENCHED AND TEMPERED MATERIALSIN TABLE KCS-1M (SI Units)
202 ARTICLE KF- 7 SUPPLEMENTARY REQUIREMENTS FOR MATERIALS WITH WELDING RESTRICTIONS
KF- 700 SCOPE
KF- 710 REPAIR OF DEFECTS
KF- 720 METHODS OF FORMING FORGED HEADS
203 ARTICLE KF- 8 SPECIFIC FABRICATION REQUIREMENTS FOR LAYERED VESSELS
KF- 800 SCOPE
KF- 810 RULES FOR SHRINK- FIT VESSELS
KF- 820 RULES FOR CONCENTRICALLY WRAPPED WELDED LAYERED VESSELS
205 FIG. KF-822(a) SOLID-TO-LAYERED AND LAYERED-TO-LAYERED TEST PLATE
206 FIG. KF-822(b) TEST SPECIMENS FOR WELD PROCEDURE QUALIFICATION
207 FIG. KF-825.4(a) INDICATIONS OF LAYER WASH
208 FIG. KF-825.4(b) ANGLED RADIOGRAPHIC TECHNIQUE FOR DETECTING LAYER WASH
209 FIG. KF-826 GAP AREA BETWEEN LAYERS
210 KF- 830 HEAT TREATMENT OF WELDMENTS
211 ARTICLE KF- 9 SPECIAL FABRICATION REQUIREMENTS FOR WIRE-WOUND VESSELS AND FRAMES
KF- 900 SCOPE
KF- 910 FABRICATION REQUIREMENTS
213 ARTICLE KF- 11 ADDITIONAL FABRICATION REQUIREMENTS FOR WELDING AGE- HARDENING STAINLESS STEELS
KF- 1100 SCOPE
KF- 1110 WELDING REQUIREMENTS KF- 1111 Qualification of Weld Procedures and Welders
KF- 1120 BASE METAL HEAT TREATMENT CONDITION
KF- 1130 TEMPORARY WELDS WHERE NOT PROHIBITED
KF- 1140 POSTWELD HEAT TREATMENT
KF- 1150 PRODUCTION WELD TESTING
214 KF- 1160 EXAMINATION AND TESTING
KF- 1170 REPAIR WELDING
KF- 1180 POSTWELD HEAT TREATMENT AFTER WELD REPAIRS
215 ARTICLE KF- 12 ADDITIONAL FABRICATION REQUIREMENTS FOR COMPOSITE REINFORCED PRESSURE VESSELS ( CRPV)
KF- 1200 SCOPE
KF- 1210 MATERIAL IDENTIFICATION RECORDS FOR CRPV LAMINATES
TABLE KF-1212 PERMITTED WELD REINFORCEMENT
218 TABLE KF-1216 ACOUSTIC EMISSION EVALUATION CRITERIA
220 PART KR PRESSURE RELIEF DEVICES
ARTICLE KR- 1 GENERAL REQUIREMENTS
KR- 100 PROTECTION AGAINST OVERPRESSURE
KR- 110 DEFINITIONS
221 KR- 120 TYPES OF OVERPRESSURE PROTECTION
222 KR- 130 SIZE OF OPENINGS AND NOZZLES
KR- 140 INTERVENING STOP VALVES
KR- 150 PERMISSIBLE OVERPRESSURES
KR- 160 SET PRESSURES KR- 161 Single Pressure Relief Device
224 ARTICLE KR- 2 REQUIREMENTS FOR RUPTURE DISK DEVICES
KR- 200 MATERIALS FOR RUPTURE DISK DEVICES
KR- 210 FLOW CAPACITY RATING
KR- 220 RUPTURE DISK DEVICES USED IN COMBINATION WITH FLOW CAPACITY CERTIFIED PRESSURE RELIEF VALVES
226 ARTICLE KR- 3 REQUIREMENTS FOR PRESSURE RELIEF VALVES
KR- 300 GENERAL REQUIREMENTS
KR- 310 DESIGN REQUIREMENTS
227 KR- 320 MATERIAL SELECTION
KR- 330 INSPECTION OF MANUFACTURING AND/ OR ASSEMBLY OF PRESSURE RELIEF VALVES
KR- 340 PRODUCTION TESTING BY MANUFACTURERS AND ASSEMBLERS
229 ARTICLE KR- 4 MARKING AND STAMPING REQUIREMENTS
KR- 400 MARKING KR- 401 Marking of Pressure Relief Valves
FIGURES
FIG. KR-401 OFFICIAL SYMBOL FOR STAMP TODENOTE THE AMERICAN SOCIETY OF MECHANICALENGINEERS’ STANDARD
230 KR- 410 USE OF CODE SYMBOL STAMP
231 ARTICLE KR- 5 CERTIFICATION OF FLOW CAPACITY OF PRESSURE RELIEF VALVES
KR- 500 FLOW CAPACITY CERTIFICATION TESTS KR- 501 Fluid Media
KR- 510 RECERTIFICATION TESTING
KR- 520 PROCEDURES FOR FLOW CAPACITY CERTIFICATION TESTS
233 FIG. KR-523.3 CONSTANT C FOR GAS VERSUS SPECIFIC HEAT RATIO(U.S. Customary Units)
FIG. KR-523.3M CONSTANT C FOR GAS VERSUS SPECIFIC HEAT RATIO(SI Units)
234 KR- 530 FLOW CAPACITY CONVERSIONS
KR- 540 FLOW CAPACITY CERTIFICATION TESTING REQUIREMENTS FOR TEST FACILITIES
KR- 550 TEST DATA REPORTS
235 KR- 560 CERTIFICATION OF FLOW CAPACITY OF PRESSURE RELIEF VALVES IN COMBINATION WITH RUPTURE DISK DEVICES
KR- 570 OPTIONAL TESTING OF RUPTURE DISK DEVICES AND PRESSURE RELIEF VALVES
KR- 572 Higher Pressures
236 PART KE EXAMINATION REQUIREMENTS
ARTICLE KE- 1 REQUIREMENTS FOR EXAMINATION PROCEDURES AND PERSONNEL QUALIFICATION
KE- 100 GENERAL
KE- 110 QUALIFICATION AND CERTIFICATION OF NONDESTRUCTIVE EXAMINATION PERSONNEL
237 TABLES
TABLE KE-101THICKNESS, IMAGE QUALITY INDICATOR DESIGNATIONS, ESSENTIAL HOLES, ANDWIRE DIAMETERS (U.S. Customary Units)
238 TABLE KE-101MTHICKNESS, IMAGE QUALITY INDICATOR DESIGNATIONS, ESSENTIAL HOLES, ANDWIRE DIAMETERS (SI Units)
240 ARTICLE KE- 2 REQUIREMENTS FOR EXAMINATION AND REPAIR OF MATERIAL
KE- 200 GENERAL REQUIREMENTS
KE- 210 GENERAL REQUIREMENTS FOR REPAIR OF DEFECTS
241 KE- 220 EXAMINATION AND REPAIR OF PLATE
KE- 230 EXAMINATION AND REPAIR OF FORGINGS AND BARS
243 KE- 240 EXAMINATION AND REPAIR OF SEAMLESS AND WELDED ( WITHOUT FILLER METAL) TUBULAR PRODUCTS AND FITTINGS
244 FIGURES
FIG. KE-242.1 AXIAL PROPAGATION OF SOUND INTUBE WALL
245 KE- 250 EXAMINATION AND REPAIR OF TUBULAR PRODUCTS AND FITTINGS WELDED WITH FILLER METAL
KE- 260 EXAMINATION OF BOLTS, STUDS, AND NUTS
247 ARTICLE KE- 3 EXAMINATION OF WELDS AND ACCEPTANCE CRITERIA
KE- 300 EXAMINATION OF WELDS AND WELD OVERLAY
249 TABLE KE-301-1FLAW ACCEPTANCE CRITERIA FOR 1 in. (25 mm) TO 12 in. (300 mm) THICK WELD
TABLE KE-301-2FLAW ACCEPTANCE CRITERIA FOR LARGER THAN 12 in. (300 mm) THICK WELD
250 FIG. KE-301-1 SINGLE INDICATIONS
251 FIG. KE-301-2 MULTIPLE PLANAR FLAWS ORIENTED IN PLANE NORMAL TOPRESSURE RETAINING SURFACE
252 FIG. KE-301-3
253 FIG. KE-301-4 NONALIGNED COPLANAR FLAWS IN PLANE NORMAL TO PRESSURE RETAININGSURFACE (ILLUSTRATIVE FLAW CONFIGURATIONS)
254 FIG. KE-301-5 MULTIPLE ALIGNED PLANAR FLAWS
255 KE- 310 EXAMINATION OF WELD EDGE PREPARATION SURFACES
KE- 320 TYPES OF WELDS AND THEIR EXAMINATION KE- 321 Welded Joint Categories
256 KE- 330 ACCEPTANCE STANDARDS
FIG. KE-321 ILLUSTRATION OF WELDED JOINT LOCATIONS TYPICAL OFCATEGORIES A, B, C, AND D
257 TABLE KE-332RADIOGRAPHIC ACCEPTANCE STANDARDS FORROUNDED INDICATIONS (Examples Only)
258 ARTICLE KE- 4 FINAL EXAMINATION OF VESSELS
KE- 400 SURFACE EXAMINATION AFTER HYDROTEST
KE- 410 INSPECTION OF LINED VESSEL INTERIOR AFTER HYDROTEST
259 ARTICLE KE- 5 ADDITIONAL EXAMINATION REQUIREMENTS FOR COMPOSITE REINFORCED PRESSURE VESSELS ( CRPV)
KE- 500 SCOPE
260 TABLE KE-503VISUAL ACCEPTANCE CRITERIA FOR FRP LAMINATE (U.S. Customary Units)
262 TABLE KE-503MVISUAL ACCEPTANCE CRITERIA FOR FRP LAMINATE (SI Units)
264 PART KT TESTING REQUIREMENTS
ARTICLE KT- 1 TESTING REQUIREMENTS
KT- 100 SCOPE
KT- 110 REQUIREMENTS FOR SAMPLE TEST COUPONS KT- 111 Obtaining Sample Test Coupons
265 ARTICLE KT- 2 IMPACT TESTING FOR WELDED VESSELS
KT- 200 IMPACT TESTS
KT- 210 LOCATION AND ORIENTATION OF SPECIMENS
KT- 220 IMPACT TESTS FOR WELDING PROCEDURE QUALIFICATIONS
KT- 230 IMPACT TEST OF PRODUCTION TEST PLATES
266 KT- 240 BASIS FOR REJECTION
267 ARTICLE KT- 3 HYDROSTATIC TESTS
KT- 300 SCOPE
KT- 310 LIMITS OF HYDROSTATIC TEST PRESSURE
268 KT- 320 FLUID MEDIA FOR HYDROSTATIC TESTS1
KT- 330 TEST PROCEDURE
KT- 340 EXEMPTION FOR AUTOFRETTAGED VESSELS
269 ARTICLE KT- 4 PRESSURE TEST GAGES AND TRANSDUCERS
KT- 400 TYPE AND NUMBER OF GAGES OR TRANSDUCERS
KT- 410 PRESSURE RANGE OF TEST GAGES AND TRANSDUCERS
KT- 420 CALIBRATION OF TEST GAGES AND TRANSDUCERS
270 ARTICLE KT- 5 ADDITIONAL TESTING REQUIREMENTS FOR COMPOSITE REINFORCED PRESSURE VESSELS ( CRPV)
KT- 500 RESPONSIBILITY
KT- 510 TESTING REQUIREMENTS
271 FIGURES
FIG. KS-100 OFFICIAL SYMBOL FOR STAMP TODENOTE THE AMERICAN SOCIETY OF MECHANICALENGINEERS’ STANDARD
ARTICLE KS- 1 CONTENTS AND METHOD OF STAMPING
KS- 100 REQUIRED MARKING FOR VESSELS
PART KS MARKING, STAMPING,REPORTS, AND RECORD
ARTICLE KS-1 CONTENTS AND METHOD OF STAMPING
KS-100 REQUIRED MARKING FOR VESSELS
272 KS- 120 PART MARKING
KS- 130 APPLICATION OF MARKINGS
KS-110 APPLICATION OF STAMP
KS-120 PART MARKING
KS-130 APPLICATION OF MARKINGS
273 FIG. KS-132 FORM OF STAMPING
KS- 140 ATTACHMENT OF NAMEPLATE OR TAG
KS- 150 SPECIAL STAMPING REQUIREMENTS FOR COMPOSITE REINFORCED PRESSURE VESELS ( CRPV)
KS-140 ATTACHMENT OF NAMEPLATE ORTAG
KS-150 SPECIAL STAMPINGREQUIREMENTS FOR COMPOSITEREINFORCED PRESSURE VESELS(CRPV)
274 ARTICLE KS- 2 OBTAINING AND USING CODE STAMPS
KS- 200 CODE STAMPS BEARING OFFICIAL SYMBOL
KS- 210 APPLICATION FOR AUTHORIZATION
KS- 220 ISSUANCE OF AUTHORIZATION
KS- 230 INSPECTION AGREEMENT
275 KS- 240 QUALITY CONTROL SYSTEM
KS- 250 EVALUATION FOR AUTHORIZATION AND REAUTHORIZATION
KS- 260 CODE CONSTRUCTION BEFORE RECEIPT OF CERTIFICATE OF AUTHORIZATION
KS- 270 SPECIAL REQUIREMENTS REGARDING MANUFACTURER’S CERTIFICATES FOR MANUFACTURE OF COMPOSITE REINFORCED PRESSURE VESELS ( CRPV)
276 ARTICLE KS- 3 REPORT FORMS AND MAINTENANCE OF RECORDS
KS- 300 MANUFACTURER’S DATA REPORTS
277 KS- 310 MAINTENANCE OF RADIOGRAPHS
KS- 320 MAINTENANCE OF RECORDS
279 MANDATORY APPENDICES
MANDATORY APPENDIX 1 NOMENCLATURE
286 MANDATORY APPENDIX 2 QUALITY CONTROL SYSTEM
289 MANDATORY APPENDIX 3 SUBMITTAL OF TECHNICAL INQUIRIES TO THE BOILER AND PRESSURE VESSEL COMMITTEE
291 MANDATORY APPENDIX 4 ACCEPTANCE OF TESTING LABORATORIES AND AUTHORIZED OBSERVERS FOR CAPACITY CERTIFICATION OF PRESSURE RELIEF DEVICES
293 MANDATORY APPENDIX 5 ADHESIVE ATTACHMENT OF NAMEPLATES
294 MANDATORY APPENDIX 6 ROUNDED INDICATIONS CHARTS ACCEPTANCE STANDARD FOR RADIOGRAPHICALLY DETERMINED ROUNDED INDICATIONS IN WELDS
302 MANDATORY APPENDIX 7 STANDARD UNITS FOR USE IN EQUATIONS
303 NONMANDATORY APPENDICES
NONMANDATORY APPENDIX A GUIDE FOR PREPARING MANUFACTURER’S DATA REPORTS
319 NONMANDATORY APPENDIX C GUIDE TO INFORMATION APPEARING ON CERTIFICATE OF AUTHORIZATION ( SEE FIG. C- 1)
321 NONMANDATORY APPENDIX D FRACTURE MECHANICS CALCULATIONS
331 NONMANDATORY APPENDIX E CONSTRUCTION DETAILS
337 NONMANDATORY APPENDIX F APPROVAL OF NEW MATERIALS UNDER THE ASME BOILER AND PRESSURE VESSEL CODE
338 NONMANDATORY APPENDIX G DESIGN RULES FOR CLAMP CONNECTIONS
348 NONMANDATORY APPENDIX H OPENINGS AND THEIR REINFORCEMENT
353 NONMANDATORY APPENDIX I GUIDANCE FOR THE USE OF U. S. CUSTOMARY AND SI UNITS IN THE ASME BOILER AND PRESSURE VESSEL CODE
356 NONMANDATORY APPENDIX J STRESS CONCENTRATION FACTORS FOR CROSS-BORES IN CLOSED- END CYLINDERS AND SQUARE BLOCKS
360 NONMANDATORY APPENDIX L LINEARIZATION OF STRESS RESULTS FOR STRESS CLASSIFICATION
376 INDEX

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