ASME BPVC VIII 1 2010

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ASME BPVC – VIII – 1 -2010 BPVC Section VIII-Rules for Construction of Pressure Vessels Division 1

Published By	Publication Date	Number of Pages
ASME	2010	850

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PDF Pages	PDF Title
5	CONTENTS
27	LIST OF SECTIONS
29	FOREWORD
31	STATEMENTS OF POLICY
32	PERSONNEL
44	SUMMARY OF CHANGES
50	LIST OF CHANGES IN RECORD NUMBER ORDER
53	INTRODUCTION
60	SUBSECTION A GENERAL REQUIREMENTS PART UG GENERAL REQUIREMENTS FOR ALL METHODS OF CONSTRUCTION AND ALL MATERIALS UG- 1 SCOPE MATERIALS UG- 4 GENERAL
61	UG- 5 PLATE UG- 6 FORGINGS UG- 7 CASTINGS UG- 8 PIPE AND TUBES
62	UG- 9 WELDING MATERIALS UG- 10 MATERIAL IDENTIFIED WITH OR PRODUCED TO A SPECIFICATION NOT PERMITTED BY THIS DIVISION, AND MATERIAL NOT FULLY IDENTIFIED
63	UG- 11 PREFABRICATED OR PREFORMED PRESSURE PARTS
65	UG- 12 BOLTS AND STUDS UG- 13 NUTS AND WASHERS UG- 14 RODS AND BARS UG- 15 PRODUCT SPECIFICATION DESIGN UG- 16 GENERAL
66	UG- 17 METHODS OF FABRICATION IN COMBINATION UG- 18 MATERIALS IN COMBINATION UG- 19 SPECIAL CONSTRUCTIONS
67	UG- 20 DESIGN TEMPERATURE
68	UG- 21 DESIGN PRESSURE8 UG- 22 LOADINGS UG- 23 MAXIMUM ALLOWABLE STRESS VALUES9
70	UG- 24 CASTINGS UG- 25 CORROSION
71	UG- 26 LININGS UG- 27 THICKNESS OF SHELLS UNDER INTERNAL PRESSURE
72	UG- 28 THICKNESS OF SHELLS AND TUBES UNDER EXTERNAL PRESSURE FIGURES FIG. UG-28 DIAGRAMMATIC REPRESENTATION OF VARIABLES FOR DESIGN OF CYLINDRICAL VESSELSSUBJECTED TO EXTERNAL PRESSURE
73	FIG. UG-28.1 DIAGRAMMATIC REPRESENTATION OF LINES OF SUPPORT FOR DESIGN OF CYLINDRICAL (10)VESSELS SUBJECTED TO EXTERNAL PRESSURE
75	UG- 29 STIFFENING RINGS FOR CYLINDRICAL SHELLS UNDER EXTERNAL PRESSURE
77	UG- 30 ATTACHMENT OF STIFFENING RINGS
78	FIG. UG-29.1 VARIOUS ARRANGEMENTS OF STIFFENING RINGS FOR CYLINDRICAL VESSELS SUBJECTED TOEXTERNAL PRESSURE
79	UG- 31 TUBES, AND PIPE WHEN USED AS TUBES OR SHELLS FIG. UG-29.2 MAXIMUM ARC OF SHELL LEFT UNSUPPORTED BECAUSE OF GAP IN STIFFENING RING OFCYLINDRICAL SHELL UNDER EXTERNAL PRESSURE
80	FIG. UG-30 SOME ACCEPTABLE METHODS OF ATTACHING STIFFENING RINGS
81	UG- 32 FORMED HEADS, AND SECTIONS, PRESSURE ON CONCAVE SIDE
82	UG- 33 FORMED HEADS, PRESSURE ON CONVEX SIDE TABLES TABLE UG-33.1 VALUES OF SPHERICAL RADIUS FACTOR Ko FORELLIPSOIDAL HEAD WITH PRESSURE ONCONVEX SIDE
84	FIG. UG-33.1 LENGTH Lc OF SOME TYPICAL CONICAL SECTIONS FOR EXTERNAL PRESSURE
85	UG- 34 UNSTAYED FLAT HEADS AND COVERS
87	FIG. UG-34 SOME ACCEPTABLE TYPES OF UNSTAYED FLAT HEADS AND COVERS
89	UG- 35 OTHER TYPES OF CLOSURES UG- 35.1 Dished Covers UG- 35.2 Quick- Actuating ( Quick- Opening) Closures
90	OPENINGS AND REINFORCEMENTS UG- 36 OPENINGS IN PRESSURE VESSELS
91	FIG. UG-36 LARGE HEAD OPENINGS — REVERSE-CURVE AND CONICAL SHELL-REDUCER SECTIONS
93	UG- 37 REINFORCEMENT REQUIRED FOR OPENINGS IN SHELLS AND FORMED HEADS FIG. UG-37 CHART FOR DETERMINING VALUE OF F,AS REQUIRED IN UG-37
94	FIG. UG-37.1 NOMENCLATURE AND FORMULAS FOR REINFORCED OPENINGS
95	TABLE UG-37 VALUES OF SPHERICAL RADIUS FACTOR K1
96	UG- 38 FLUED OPENINGS IN SHELLS AND FORMED HEADS UG- 39 REINFORCEMENT REQUIRED FOR OPENINGS IN FLAT HEADS FIG. UG-38 MINIMUM DEPTH FOR FLANGE OFFLUED-IN OPENINGS
98	UG- 40 LIMITS OF REINFORCEMENT UG- 41 STRENGTH OF REINFORCEMENT
99	FIG. UG-39 MULTIPLE OPENINGS IN RIM OF HEADS WITH A LARGE CENTRAL OPENING
100	FIG. UG-40 SOME REPRESENTATIVE CONFIGURATIONS DESCRIBING THE REINFORCEMENT DIMENSION t eAND THE OPENING DIMENSION d
102	FIG. UG-41.1 NOZZLE ATTACHMENT WELD LOADS AND WELD STRENGTH PATHS TO BE CONSIDERED
103	UG- 42 REINFORCEMENT OF MULTIPLE OPENINGS
104	UG- 43 METHODS OF ATTACHMENT OF PIPE AND NOZZLE NECKS TO VESSEL WALLS FIG. UG-42 EXAMPLES OF MULTIPLE OPENINGS
105	UG- 44 FLANGES AND PIPE FITTINGS TABLE UG-43 MINIMUM NUMBER OF PIPE THREADS FOR CONNECTIONS
106	UG- 45 NOZZLE NECK THICKNESS UG- 46 INSPECTION OPENINGS27
107	TABLE UG-45NOZZLE MINIMUM THICKNESS REQUIREMENTS
108	BRACED AND STAYED SURFACES UG- 47 BRACED AND STAYED SURFACES FIG. UG-47 ACCEPTABLE PROPORTIONS FOR ENDSOF STAYS
109	UG- 48 STAYBOLTS UG- 49 LOCATION OF STAYBOLTS UG- 50 DIMENSIONS OF STAYBOLTS LIGAMENTS UG- 53 LIGAMENTS
110	FIG. UG-53.1 EXAMPLE OF TUBE SPACING WITH PITCH OF HOLES EQUAL IN EVERY ROW FIG. UG-53.2 EXAMPLE OF TUBE SPACING WITH PITCH OF HOLES UNEQUAL IN EVERY SECOND ROW FIG. UG-53.3 EXAMPLE OF TUBE SPACING WITH PITCH OF HOLES VARYINGIN EVERY SECOND AND THIRD ROW
111	UG- 54 SUPPORTS UG- 55 LUGS FOR PLATFORMS, LADDERS, AND OTHER ATTACHMENTS TO VESSEL WALLS FIG. UG-53.4 EXAMPLE OF TUBE SPACING WITHTUBE HOLES ON DIAGONAL LINES
112	FIG. UG-53.5 DIAGRAM FOR DETERMINING THE EFFICIENCY OF LONGITUDINAL AND DIAGONAL LIGAMENTSBETWEEN OPENINGS IN CYLINDRICAL SHELLS
113	FIG. UG-53.6 DIAGRAM FOR DETERMINING EQUIVALENT LONGITUDINAL EFFICIENCY OF DIAGONALLIGAMENTS BETWEEN OPENINGS IN CYLINDRICAL SHELLS
114	FABRICATION UG- 75 GENERAL UG- 76 CUTTING PLATES AND OTHER STOCK UG- 77 MATERIAL IDENTIFICATION ( SEE UG- 85) UG- 78 REPAIR OF DEFECTS IN MATERIALS UG- 79 FORMING SHELL SECTIONS AND HEADS
115	UG- 80 PERMISSIBLE OUT- OF- ROUNDNESS OF CYLINDRICAL, CONICAL, AND SPHERICAL SHELLS FIG. UG-80.1 MAXIMUM PERMISSIBLE DEVIATION FROM A CIRCULAR FORM e FOR VESSELS UNDEREXTERNAL PRESSURE
116	UG- 81 TOLERANCE FOR FORMED HEADS
117	UG- 82 LUGS AND FITTING ATTACHMENTS UG- 83 HOLES FOR SCREW STAYS UG- 84 CHARPY IMPACT TESTS FIG. UG-84 SIMPLE BEAM IMPACT TESTSPECIMENS (CHARPY TYPE TEST)
119	FIG. UG-84.1 CHARPY V-NOTCH IMPACT TEST REQUIREMENTS FOR FULL SIZE SPECIMENS FOR CARBONAND LOW ALLOY STEELS, HAVING A SPECIFIED MINIMUM TENSILE STRENGTH OF LESS THAN 95 ksi,LISTED IN TABLE UCS-23
120	FIG. UG-84.1M CHARPY V-NOTCH IMPACT TEST REQUIREMENTS FOR FULL SIZE SPECIMENS FOR CARBONAND LOW ALLOY STEELS, HAVING A SPECIFIED MINIMUM TENSILE STRENGTH OF LESS THAN 655 MPa,LISTED IN TABLE UCS-23
121	TABLE UG-84.2 CHARPY IMPACT TEST TEMPERATURE REDUCTIONBELOW MINIMUM DESIGN METAL TEMPERATURE TABLE UG-84.3 SPECIFICATIONS FOR IMPACT TESTED MATERIALSIN VARIOUS PRODUCT FORMS TABLE UG-84.4IMPACT TEST TEMPERATURE DIFFERENTIAL
123	UG- 85 HEAT TREATMENT INSPECTION AND TESTS UG- 90 GENERAL
124	UG- 91 THE INSPECTOR UG- 92 ACCESS FOR INSPECTOR UG- 93 INSPECTION OF MATERIALS
125	UG- 94 MARKING ON MATERIALS UG- 95 EXAMINATION OF SURFACES DURING FABRICATION
126	UG- 96 DIMENSIONAL CHECK OF COMPONENT PARTS UG- 97 INSPECTION DURING FABRICATION UG- 98 MAXIMUM ALLOWABLE WORKING PRESSURE UG- 99 STANDARD HYDROSTATIC TEST
128	UG- 100 PNEUMATIC TEST35 ( SEE UW- 50) UG- 101 PROOF TESTS TO ESTABLISH MAXIMUM ALLOWABLE WORKING PRESSURE
133	UG- 102 TEST GAGES
134	UG- 103 NONDESTRUCTIVE TESTING MARKING AND REPORTS UG- 115 GENERAL UG- 116 REQUIRED MARKING FIG. UG-116 OFFICIAL SYMBOLS FOR STAMP TODENOTE THE AMERICAN SOCIETY OF MECHANICALENGINEERS’ STANDARD
135	UG- 117 CERTIFICATES OF AUTHORIZATION AND CODE SYMBOL STAMPS
138	UG- 118 METHODS OF MARKING UG- 119 NAMEPLATES FIG. UG-118 FORM OF STAMPING
139	UG- 120 DATA REPORTS
140	OVERPRESSURE PROTECTION UG- 125 GENERAL
141	UG- 126 PRESSURE RELIEF VALVES45
142	UG- 127 NONRECLOSING PRESSURE RELIEF DEVICES
145	UG- 128 LIQUID PRESSURE RELIEF VALVES UG- 129 MARKING FIG. UG-129.1 OFFICIAL SYMBOL FOR STAMP TODENOTE THE AMERICAN SOCIETY OF MECHANICALENGINEERS’ STANDARD FOR PRESSURE RELIEFVALVES
146	FIG. UG-129.2 OFFICIAL SYMBOL FOR STAMP TODENOTE THE AMERICAN SOCIETY OF MECHANICALENGINEERS’ STANDARD FOR NONRECLOSINGPRESSURE RELIEF DEVICES
147	UG- 130 CODE SYMBOL STAMP UG- 131 CERTIFICATION OF CAPACITY OF PRESSURE RELIEF DEVICES
151	UG- 132 CERTIFICATION OF CAPACITY OF PRESSURE RELIEF VALVES IN COMBINATION WITH NONRECLOSING PRESSURE RELIEF DEVICES
152	UG- 133 DETERMINATION OF PRESSURE RELIEVING REQUIREMENTS UG- 134 PRESSURE SETTINGS AND PERFORMANCE REQUIREMENTS
153	UG- 135 INSTALLATION UG- 136 MINIMUM REQUIREMENTS FOR PRESSURE RELIEF VALVES
157	UG- 137 MINIMUM REQUIREMENTS FOR RUPTURE DISK DEVICES
159	UG- 138 MINIMUM REQUIREMENTS FOR PIN DEVICES
161	UG- 140 OVERPRESSURE PROTECTION BY SYSTEM DESIGN
163	SUBSECTION B REQUIREMENTS PERTAINING TO METHODS OF FABRICATIONOF PRESSURE VESSELS PART UW REQUIREMENTS FOR PRESSURE VESSELS FABRICATED BY WELDING GENERAL UW- 1 SCOPE UW- 2 SERVICE RESTRICTIONS
165	UW- 3 WELDED JOINT CATEGORY MATERIALS UW- 5 GENERAL FIGURES FIG. UW-3 ILLUSTRATION OF WELDED JOINT LOCATIONS TYPICAL OF CATEGORIES A, B, C, AND D
166	DESIGN UW- 8 GENERAL UW- 9 DESIGN OF WELDED JOINTS FIG. UW-9 BUTT WELDING OF PLATES OF UNEQUAL THICKNESS
167	UW- 10 POSTWELD HEAT TREATMENT UW- 11 RADIOGRAPHIC AND ULTRASONIC EXAMINATION
168	UW- 12 JOINT EFFICIENCIES UW- 13 ATTACHMENT DETAILS
169	TABLES TABLE UW-12 MAXIMUM ALLOWABLE JOINT EFFICIENCIES FOR ARC AND GAS WELDED JOINTS
171	FIG. UW-13.1 HEADS ATTACHED TO SHELLS
175	FIG. UW-13.2 ATTACHMENT OF PRESSURE PARTS TO FLAT PLATES TO FORM A CORNER JOINT
176	FIG. UW-13.3 TYPICAL PRESSURE PARTS WITH BUTT WELDED HUBS
177	UW- 14 OPENINGS IN OR ADJACENT TO WELDS UW- 15 WELDED CONNECTIONS FIG. UW-13.4 NOZZLE NECKS ATTACHED TO PIPING OF LESSER WALL THICKNESS
178	UW- 16 MINIMUM REQUIREMENTS FOR ATTACHMENT WELDS AT OPENINGS
179	FIG. UW-16.1 SOME ACCEPTABLE TYPES OF WELDED NOZZLES AND OTHER CONNECTIONS TO SHELLS, HEADS, ETC.
185	TABLE UW-16.1 MINIMUM THICKNESS REQUIREDBY UW-16(f)(3)(a)(6)
186	FIG. UW-16.2 SOME ACCEPTABLE TYPES OF SMALL STANDARD FITTINGS
188	UW- 17 PLUG WELDS FIG. UW-16.3 SOME ACCEPTABLE TYPES OF SMALL BOLTING PADS
189	UW- 18 FILLET WELDS UW- 19 WELDED STAYED CONSTRUCTION FIG. UW-19.1 TYPICAL FORMS OF WELDED STAYBOLTS
190	UW- 20 TUBE- TO- TUBESHEET WELDS UW- 20.1 Scope. UW- 20.2 Definitions UW- 20.3 Nomenclature. FIG. UW-19.2 USE OF PLUG AND SLOT WELDS FORSTAYING PLATES
191	UW- 20.4 Full Strength Welds. FIG. UW-20.1 SOME ACCEPTABLE TYPES OF TUBE-TO-TUBESHEET STRENGTH WELDS
192	UW- 20.5 Partial Strength Welds. UW- 20.6 Weld Size Design Formulas. UW- 20.7 Clad Tubesheets UW- 21 FLANGE TO NOZZLE NECK WELDS FABRICATION UW- 26 GENERAL
193	UW- 27 WELDING PROCESSES
194	UW- 28 QUALIFICATION OF WELDING PROCEDURE UW- 29 TESTS OF WELDERS AND WELDING OPERATORS UW- 30 LOWEST PERMISSIBLE TEMPERATURES FOR WELDING
195	UW- 31 CUTTING, FITTING, AND ALIGNMENT UW- 32 CLEANING OF SURFACES TO BE WELDED UW- 33 ALIGNMENT TOLERANCE TABLE UW-33
196	UW- 34 SPIN- HOLES UW- 35 FINISHED LONGITUDINAL AND CIRCUMFERENTIAL JOINTS UW- 36 FILLET WELDS UW- 37 MISCELLANEOUS WELDING REQUIREMENTS
197	UW- 38 REPAIR OF WELD DEFECTS UW- 39 PEENING
198	UW- 40 PROCEDURES FOR POSTWELD HEAT TREATMENT
199	UW- 41 SECTIONING OF WELDED JOINTS UW- 42 SURFACE WELD METAL BUILDUP
200	INSPECTION AND TESTS UW- 46 GENERAL UW- 47 CHECK OF WELDING PROCEDURE UW- 48 CHECK OF WELDER AND WELDING OPERATOR QUALIFICATIONS UW- 49 CHECK OF POSTWELD HEAT TREATMENT PRACTICE UW- 50 NONDESTRUCTIVE EXAMINATION OF WELDS ON PNEUMATICALLY TESTED VESSELS UW- 51 RADIOGRAPHIC EXAMINATION OF WELDED JOINTS
201	UW- 52 SPOT EXAMINATION OF WELDED JOINTS
202	UW- 53 TECHNIQUE FOR ULTRASONIC EXAMINATION OF WELDED JOINTS UW- 54 QUALIFICATION OF NONDESTRUCTIVE EXAMINATION PERSONNEL MARKING AND REPORTS UW- 60 GENERAL PRESSURE RELIEF DEVICES UW- 65 GENERAL
203	PART UF REQUIREMENTS FOR PRESSURE VESSELS FABRICATED BY FORGING GENERAL UF- 1 SCOPE MATERIALS UF- 5 GENERAL UF- 6 FORGINGS UF- 7 FORGED STEEL ROLLS USED FOR CORRUGATING PAPER MACHINERY DESIGN UF- 12 GENERAL
204	UF- 13 HEAD DESIGN UF- 25 CORROSION ALLOWANCE FABRICATION UF- 26 GENERAL UF- 27 TOLERANCES ON BODY FORGINGS UF- 28 METHODS OF FORMING FORGED HEADS UF- 29 TOLERANCE ON FORGED HEADS
205	UF- 30 LOCALIZED THIN AREAS UF- 31 HEAT TREATMENT UF- 32 WELDING FOR FABRICATION
206	UF- 37 REPAIR OF DEFECTS IN MATERIAL
207	UF- 38 REPAIR OF WELD DEFECTS UF- 43 ATTACHMENT OF THREADED NOZZLES TO INTEGRALLY FORGED NECKS AND THICKENED HEADS ON VESSELS INSPECTION AND TESTS UF- 45 GENERAL UF- 46 ACCEPTANCE BY INSPECTOR UF- 47 PARTS FORGING UF- 52 CHECK OF HEAT TREATMENT AND POSTWELD HEAT TREATMENT
208	UF- 53 TEST SPECIMENS UF- 54 TESTS AND RETESTS UF- 55 ULTRASONIC EXAMINATION MARKING AND REPORTS UF- 115 GENERAL PRESSURE RELIEF DEVICES UF- 125 GENERAL
209	PART UB REQUIREMENTS FOR PRESSURE VESSELS FABRICATED BY BRAZING GENERAL UB- 1 SCOPE UB- 2 ELEVATED TEMPERATURE UB- 3 SERVICE RESTRICTIONS MATERIALS UB- 5 GENERAL UB- 6 BRAZING FILLER METALS UB- 7 FLUXES AND ATMOSPHERES DESIGN UB- 9 GENERAL
210	UB- 10 STRENGTH OF BRAZED JOINTS UB- 11 QUALIFICATION OF BRAZED JOINTS FOR DESIGN TEMPERATURES UP TO THE MAXIMUM SHOWN IN COLUMN 1 OF TABLE UB- 2 UB- 12 QUALIFICATION OF BRAZED JOINTS FOR DESIGN TEMPERATURES IN THE RANGE SHOWN IN COLUMN 2 OF TABLE UB- 2 UB- 13 CORROSION UB- 14 JOINT EFFICIENCY FACTORS TABLES TABLE UB-2MAXIMUM DESIGN TEMPERATURES FOR BRAZING FILLER METAL
211	UB- 15 APPLICATION OF BRAZING FILLER METAL UB- 16 PERMISSIBLE TYPES OF JOINTS UB- 17 JOINT CLEARANCE FIGURES FIG. UB-14 EXAMPLES OF FILLER METAL APPLICATION
212	UB- 18 JOINT BRAZING PROCEDURE UB- 19 OPENINGS UB- 20 NOZZLES FIG. UB-16 SOME ACCEPTABLE TYPES OF BRAZED JOINTS TABLE UB-17RECOMMENDED JOINT CLEARANCES AT BRAZINGTEMPERATURE
213	UB- 21 BRAZED CONNECTIONS UB- 22 LOW TEMPERATURE OPERATION FABRICATION UB- 30 GENERAL UB- 31 QUALIFICATION OF BRAZING PROCEDURE UB- 32 QUALIFICATION OF BRAZERS AND BRAZING OPERATORS
214	UB- 33 BUTTSTRAPS UB- 34 CLEANING OF SURFACES TO BE BRAZED UB- 35 CLEARANCE BETWEEN SURFACES TO BE BRAZED UB- 36 POSTBRAZING OPERATIONS UB- 37 REPAIR OF DEFECTIVE BRAZING INSPECTION AND TESTS UB- 40 GENERAL UB- 41 INSPECTION DURING FABRICATION
215	UB- 42 PROCEDURE UB- 43 BRAZER AND BRAZING OPERATOR UB- 44 VISUAL EXAMINATION UB- 50 EXEMPTIONS MARKING AND REPORTS UB- 55 GENERAL PRESSURE RELIEF DEVICES UB- 60 GENERAL
216	SUBSECTION C REQUIREMENTS PERTAININGTO CLASSES OF MATERIALS PART UCS REQUIREMENTS FOR PRESSURE VESSELS CONSTRUCTED OF CARBON AND LOW ALLOY STEELS1 GENERAL UCS- 1 SCOPE MATERIALS UCS- 5 GENERAL
217	UCS- 6 STEEL PLATES UCS- 7 STEEL FORGINGS UCS- 8 STEEL CASTINGS UCS- 9 STEEL PIPE AND TUBES UCS- 10 BOLT MATERIALS UCS- 11 NUTS AND WASHERS UCS- 12 BARS AND SHAPES
218	TABLES TABLE UCS-23 CARBON AND LOW ALLOY STEEL
219	DESIGN UCS- 16 GENERAL UCS- 19 WELDED JOINTS UCS- 23 MAXIMUM ALLOWABLE STRESS VALUES UCS- 27 SHELLS MADE FROM PIPE UCS- 28 THICKNESS OF SHELLS UNDER EXTERNAL PRESSURE UCS- 29 STIFFENING RINGS FOR SHELLS UNDER EXTERNAL PRESSURE UCS- 30 ATTACHMENT OF STIFFENING RINGS TO SHELL UCS- 33 FORMED HEADS, PRESSURE ON CONVEX SIDE UCS- 56 REQUIREMENTS FOR POSTWELD HEAT TREATMENT
221	TABLE UCS-56 POSTWELD HEAT TREATMENT REQUIREMENTS FOR CARBON AND LOW ALLOY STEELS
229	UCS- 57 RADIOGRAPHIC EXAMINATION LOW TEMPERATURE OPERATION UCS- 65 SCOPE TABLE UCS-56.1 ALTERNATIVE POSTWELD HEAT TREATMENTREQUIREMENTS FOR CARBONAND LOW ALLOY STEELS TABLE UCS-57 THICKNESS ABOVE WHICH FULL RADIOGRAPHICEXAMINATION OF BUTT WELDED JOINTS ISMANDATORY
230	UCS- 66 MATERIALS
231	FIGURES FIG. UCS-66 IMPACT TEST EXEMPTION CURVES
234	FIG. UCS-66M IMPACT TEST EXEMPTION CURVES
235	UCS- 67 IMPACT TESTS OF WELDING PROCEDURES
236	TABLE UCS-66TABULAR VALUES FOR FIG. UCS-66 AND FIG. UCS-66M
238	FIG. UCS-66.1 REDUCTION IN MINIMUM DESIGN METAL TEMPERATURE WITHOUT IMPACT TES
239	FIG. UCS-66.1M REDUCTION IN MINIMUM DESIGN METAL TEMPERATURE WITHOUT IMPACT TESTING
240	FIG. UCS-66.2 DIAGRAM OF UCS-66 RULES FOR DETERMINING LOWEST MIN
241	UCS- 68 DESIGN4
242	FIG. UCS-66.3 SOME TYPICAL VESSEL DETAILS SHOWING THE GOVERNING THICKNESSESAS DEFINED IN UCS-66
245	FABRICATION UCS- 75 GENERAL UCS- 79 FORMING SHELL SECTIONS AND HEADS UCS- 85 HEAT TREATMENT OF TEST SPECIMENS
246	INSPECTION AND TESTS UCS- 90 GENERAL MARKING AND REPORTS UCS- 115 GENERAL PRESSURE RELIEF DEVICES UCS- 125 GENERAL NONMANDATORY APPENDIX CS UCS- 150 GENERAL UCS- 151 CREEP- RUPTURE PROPERTIES OF CARBON STEELS UCS- 160 VESSELS OPERATING AT TEMPERATURES COLDER THAN THE MDMT STAMPED ON THE NAMEPLATE
247	PART UNF REQUIREMENTS FOR PRESSURE VESSELS CONSTRUCTED OF NONFERROUS MATERIALS GENERAL UNF- 1 SCOPE UNF- 3 USES UNF- 4 CONDITIONS OF SERVICE MATERIALS UNF- 5 GENERAL UNF- 6 NONFERROUS PLATE UNF- 7 FORGINGS UNF- 8 CASTINGS UNF- 12 BOLT MATERIALS
248	UNF- 13 NUTS AND WASHERS UNF- 14 RODS, BARS, AND SHAPES UNF- 15 OTHER MATERIALS DESIGN UNF- 16 GENERAL UNF- 19 WELDED JOINTS UNF- 23 MAXIMUM ALLOWABLE STRESS VALUES
249	TABLES TABLE UNF-23.1 NONFERROUS METALS — ALUMINUM AND ALUMINUM ALLOY PRODUCTS TABLE UNF-23.2 NONFERROUS METALS — COPPER AND COPPER ALLOYS
250	TABLE UNF-23.3 NONFERROUS METALS — NICKEL, COBALT, AND HIGH NICKEL ALLOYS
251	TABLE UNF-23.4NONFERROUS METALS — TITANIUM AND TITANIUM ALLOYS
252	UNF- 28 THICKNESS OF SHELLS UNDER EXTERNAL PRESSURE UNF- 30 STIFFENING RINGS UNF- 33 FORMED HEADS, PRESSURE ON CONVEX SIDE UNF- 56 POSTWELD HEAT TREATMENT TABLE UNF-23.5NONFERROUS METALS — ZIRCONIUM
253	UNF- 57 RADIOGRAPHIC EXAMINATION UNF- 58 LIQUID PENETRANT EXAMINATION UNF- 65 LOW TEMPERATURE OPERATION FABRICATION UNF- 75 GENERAL
254	UNF- 77 FORMING SHELL SECTIONS AND HEADS UNF- 78 WELDING UNF- 79 REQUIREMENTS FOR POSTFABRICATION HEAT TREATMENT DUE TO STRAINING TABLE UNF-79POSTFABRICATION STRAIN LIMITS AND REQUIRED HEAT TREATMENT
255	INSPECTION AND TESTS UNF- 90 GENERAL UNF- 91 REQUIREMENTS FOR PENETRAMETER UNF- 95 WELDING TEST PLATES MARKING AND REPORTS UNF- 115 GENERAL PRESSURE RELIEF DEVICES UNF- 125 GENERAL VESSELS APPENDIX NF CHARACTERISTICS OF THE NONFERROUS MATERIALS ( INFORMATIVE AND NONMANDATORY) NF- 1 PURPOSE NF- 2 GENERAL
256	NF- 3 PROPERTIES NF- 4 MAGNETIC PROPERTIES NF- 5 ELEVATED TEMPERATURE EFFECTS NF- 6 LOW TEMPERATURE BEHAVIOR NF- 7 THERMAL CUTTING NF- 8 MACHINING NF- 9 GAS WELDING NF- 10 METAL ARC WELDING NF- 11 INERT GAS METAL ARC WELDING NF- 12 RESISTANCE WELDING NF- 13 CORROSION NF- 14 SPECIAL COMMENTS
257	PART UHA REQUIREMENTS FOR PRESSURE VESSELS CONSTRUCTED OF HIGH ALLOY STEEL GENERAL UHA- 1 SCOPE UHA- 5 USES UHA- 6 CONDITIONS OF SERVICE UHA- 8 MATERIAL MATERIALS UHA- 11 GENERAL UHA- 12 BOLT MATERIALS
258	TABLES TABLE UHA-23HIGH ALLOY STEEL
260	UHA- 13 NUTS AND WASHERS DESIGN UHA- 20 GENERAL UHA- 21 WELDED JOINTS UHA- 23 MAXIMUM ALLOWABLE STRESS VALUES UHA- 28 THICKNESS OF SHELLS UNDER EXTERNAL PRESSURE UHA- 29 STIFFENING RINGS FOR SHELLS UNDER EXTERNAL PRESSURE
261	UHA- 30 ATTACHMENT OF STIFFENING RINGS TO SHELL UHA- 31 FORMED HEADS, PRESSURE ON CONVEX SIDE UHA- 32 REQUIREMENTS FOR POSTWELD HEAT TREATMENT UHA- 33 RADIOGRAPHIC EXAMINATION UHA- 34 LIQUID PENETRANT EXAMINATION FABRICATION UHA- 40 GENERAL UHA- 42 WELD METAL COMPOSITION
262	TABLE UHA-32POSTWELD HEAT TREATMENT REQUIREMENTS FOR HIGH ALLOY STEELS
264	UHA- 44 REQUIREMENTS FOR POSTFABRICATION HEAT TREATMENT DUE TO STRAINING INSPECTION AND TESTS UHA- 50 GENERAL UHA- 51 IMPACT TESTS
265	TABLE UHA-44POSTFABRICATION STRAIN LIMITS AND REQUIRED HEAT TREATMENT
268	UHA- 52 WELDED TEST PLATES MARKING AND REPORTS UHA- 60 GENERAL PRESSURE RELIEF DEVICES UHA- 65 GENERAL APPENDIX HA SUGGESTIONS ON THE SELECTION AND TREATMENT OF AUSTENITIC CHROMIUM– NICKEL AND FERRITIC AND MARTENSITIC HIGH CHROMIUM STEELS ( INFORMATIVE AND NONMANDATORY) UHA- 100 GENERAL UHA- 101 STRUCTURE UHA- 102 INTERGRANULAR CORROSION UHA- 103 STRESS CORROSION CRACKING UHA- 104 SIGMA PHASE EMBRITTLEMENT UHA- 105 HEAT TREATMENT OF AUSTENITIC CHROMIUM– NICKEL STEELS UHA- 107 DISSIMILAR WELD METAL UHA- 108 FABRICATION
269	UHA- 109 885° F ( 475° C) EMBRITTLEMENT
270	PART UCI REQUIREMENTS FOR PRESSURE VESSELS CONSTRUCTED OF CAST IRON GENERAL UCI- 1 SCOPE UCI- 2 SERVICE RESTRICTIONS UCI- 3 PRESSURE– TEMPERATURE LIMITATIONS MATERIALS UCI- 5 GENERAL UCI- 12 BOLT MATERIALS DESIGN UCI- 16 GENERAL
271	UCI- 23 MAXIMUM ALLOWABLE STRESS VALUES UCI- 28 THICKNESS OF SHELLS UNDER EXTERNAL PRESSURE UCI- 29 DUAL METAL CYLINDERS UCI- 32 HEADS WITH PRESSURE ON CONCAVE SIDE TABLES TABLE UCI-23 MAXIMUM ALLOWABLE STRESS VALUES IN TENSION FOR CAST IRON
272	UCI- 33 HEADS WITH PRESSURE ON CONVEX SIDE UCI- 35 SPHERICALLY SHAPED COVERS ( HEADS) UCI- 36 OPENINGS AND REINFORCEMENTS UCI- 37 CORNERS AND FILLETS FABRICATION UCI- 75 GENERAL UCI- 78 REPAIRS IN CAST IRON MATERIALS TABLE UCI-78.1
273	INSPECTION AND TESTS UCI- 90 GENERAL UCI- 99 STANDARD HYDROSTATIC TEST UCI- 101 HYDROSTATIC TEST TO DESTRUCTION TABLE UCI-78.2
274	MARKING AND REPORTS UCI- 115 GENERAL PRESSURE RELIEF DEVICES UCI- 125 GENERAL
275	PART UCL REQUIREMENTS FOR WELDED PRESSURE VESSELS CONSTRUCTED OF MATERIAL WITH CORROSION RESISTANT INTEGRAL CLADDING, WELD METAL OVERLAY CLADDING, OR WITH APPLIED LININGS GENERAL UCL- 1 SCOPE UCL- 2 METHODS OF FABRICATION UCL- 3 CONDITIONS OF SERVICE MATERIALS UCL- 10 GENERAL UCL- 11 INTEGRAL AND WELD METAL OVERLAY CLAD MATERIAL
276	UCL- 12 LINING DESIGN UCL- 20 GENERAL UCL- 23 MAXIMUM ALLOWABLE STRESS VALUES
277	UCL- 24 MAXIMUM ALLOWABLE WORKING TEMPERATURE UCL- 25 CORROSION OF CLADDING OR LINING MATERIAL UCL- 26 THICKNESS OF SHELLS AND HEADS UNDER EXTERNAL PRESSURE UCL- 27 LOW TEMPERATURE OPERATIONS FABRICATION UCL- 30 GENERAL UCL- 31 JOINTS IN INTEGRAL OR WELD METAL OVERLAY CLADDING AND APPLIED LININGS UCL- 32 WELD METAL COMPOSITION
278	UCL- 33 INSERTED STRIPS IN CLAD MATERIAL UCL- 34 POSTWELD HEAT TREATMENT UCL- 35 RADIOGRAPHIC EXAMINATION UCL- 36 EXAMINATION OF CHROMIUM STAINLESS STEEL CLADDING OR LINING
279	UCL- 40 WELDING PROCEDURES UCL- 42 ALLOY WELDS IN BASE METAL UCL- 46 FILLET WELDS INSPECTION AND TESTS UCL- 50 GENERAL UCL- 51 TIGHTNESS OF APPLIED LINING UCL- 52 HYDROSTATIC TEST MARKING AND REPORTS UCL- 55 GENERAL PRESSURE RELIEF DEVICES UCL- 60 GENERAL
280	PART UCD REQUIREMENTS FOR PRESSURE VESSELS CONSTRUCTED OF CAST DUCTILE IRON GENERAL UCD- 1 SCOPE UCD- 2 SERVICE RESTRICTIONS UCD- 3 PRESSURE– TEMPERATURE LIMITATIONS MATERIALS UCD- 5 GENERAL UCD- 12 BOLT MATERIALS DESIGN UCD- 16 GENERAL
281	UCD- 23 MAXIMUM ALLOWABLE STRESS VALUES UCD- 28 THICKNESS OF SHELLS UNDER EXTERNAL PRESSURE UCD- 32 HEADS WITH PRESSURE ON CONCAVE SIDE UCD- 33 HEADS WITH PRESSURE ON CONVEX SIDE UCD- 35 SPHERICALLY SHAPED COVERS ( HEADS) UCD- 36 OPENINGS AND REINFORCEMENTS UCD- 37 CORNERS AND FILLETS TABLES TABLE UCD-23MAXIMUM ALLOWABLE STRESS VALUES IN TENSIONFOR CAST DUCTILE IRON, ksi (MPa)
282	FABRICATION UCD- 75 GENERAL UCD- 78 REPAIRS IN CAST DUCTILE IRON MATERIAL TABLE UCD-78.1 TABLE UCD-78.2
283	INSPECTION AND TESTS UCD- 90 GENERAL UCD- 99 STANDARD HYDROSTATIC TEST UCD- 101 HYDROSTATIC TEST TO DESTRUCTION MARKING AND REPORTS UCD- 115 GENERAL PRESSURE RELIEF DEVICES UCD- 125 GENERAL
284	PART UHT REQUIREMENTS FOR PRESSURE VESSELS CONSTRUCTED OF FERRITIC STEELS WITH TENSILE PROPERTIES ENHANCED BY HEAT TREATMENT GENERAL UHT- 1 SCOPE MATERIALS UHT- 5 GENERAL UHT- 6 TEST REQUIREMENTS
285	DESIGN UHT- 16 GENERAL UHT- 17 WELDED JOINTS FIGURES FIG. UHT-6.1 CHARPY V-NOTCH IMPACT TESTREQUIREMENTS FIG. UHT-6.1M CHARPY V-NOTCH IMPACT TESTREQUIREMENTS
286	UHT- 18 NOZZLES UHT- 19 CONICAL SECTIONS UHT- 20 JOINT ALIGNMENT UHT- 23 MAXIMUM ALLOWABLE STRESS VALUES
287	FIG. UHT-18.1 ACCEPTABLE WELDED NOZZLE ATTACHMENT READILY RADIOGRAPHED TO CODE STANDARDS
288	FIG. UHT-18.2 ACCEPTABLE FULL PENETRATION WELDED NOZZLE ATTACHMENTS RADIOGRAPHABLE WITHDIFFICULTY AND GENERALLY REQUIRING SPECIAL TECHNIQUES INCLUDING MULTIPLE EXPOSURES TO TAKECARE OF THICKNESS VARIATIONS
289	UHT- 25 CORROSION ALLOWANCE UHT- 27 THICKNESS OF SHELLS UNDER EXTERNAL PRESSURE UHT- 28 STRUCTURAL ATTACHMENTS AND STIFFENING RINGS UHT- 29 STIFFENING RINGS FOR SHELLS UNDER EXTERNAL PRESSURE UHT- 30 ATTACHMENT OF STIFFENING RINGS TO SHELLS UHT- 32 FORMED HEADS, PRESSURE ON CONCAVE SIDE UHT- 33 FORMED HEADS, PRESSURE ON CONVEX SIDE TABLES TABLE UHT-23 FERRITIC STEELS WITH PROPERTIES ENHANCED BY HEAT TREATMENT
290	UHT- 34 HEMISPHERICAL HEADS UHT- 40 MATERIALS HAVING DIFFERENT COEFFICIENTS OF EXPANSION UHT- 56 POSTWELD HEAT TREATMENT UHT- 57 EXAMINATION
291	TABLE UHT-56 POSTWELD HEAT TREATMENT REQUIREMENTS FOR MATERIALS IN TABLE UHT-23
292	FABRICATION UHT- 75 GENERAL UHT- 79 FORMING SHELL SECTIONS AND HEADS UHT- 80 HEAT TREATMENT UHT- 81 HEAT TREATMENT VERIFICATION TESTS
293	UHT- 82 WELDING
294	UHT- 83 METHODS OF METAL REMOVAL UHT- 84 WELD FINISH UHT- 85 STRUCTURAL AND TEMPORARY WELDS UHT- 86 MARKING ON PLATES AND OTHER MATERIALS INSPECTION AND TESTS UHT- 90 GENERAL MARKING AND REPORTS UHT- 115 GENERAL
295	PRESSURE RELIEF DEVICES UHT- 125 GENERAL
296	PART ULW REQUIREMENTS FOR PRESSURE VESSELS FABRICATED BY LAYERED CONSTRUCTION INTRODUCTION ULW- 1 SCOPE ULW- 2 NOMENCLATURE MATERIAL ULW- 5 GENERAL DESIGN ULW- 16 GENERAL
297	FIGURES FIG. ULW-2.1 SOME ACCEPTABLE LAYERED SHELL TYPES
298	FIG. ULW-2.2 SOME ACCEPTABLE LAYERED HEAD TYPES
299	ULW- 17 DESIGN OF WELDED JOINTS
300	FIG. ULW-17.1 TRANSITIONS OF LAYERED SHELL SECTION
301	FIG. ULW-17.2 SOME ACCEPTABLE SOLID HEAD ATTACHMENTS TO LAYERED SHELL SECTIONS
303	FIG. ULW-17.3 SOME ACCEPTABLE FLAT HEADS AND TUBESHEETS WITH HUBS JOININGLAYERED SHELL SECTIONS
304	FIG. ULW-17.4 SOME ACCEPTABLE FLANGES FOR LAYERED SHELLS
305	FIG. ULW-17.5 SOME ACCEPTABLE LAYERED HEAD ATTACHMENTS TO LAYERED SHELLS
306	FIG. ULW-17.6 SOME ACCEPTABLE WELDED JOINTS OF LAYERED-TO-LAYERED ANDLAYERED-TO-SOLID SECTIONS
307	ULW- 18 NOZZLE ATTACHMENTS AND OPENING REINFORCEMENT ULW- 20 WELDED JOINT EFFICIENCY ULW- 22 ATTACHMENTS ULW- 26 POSTWELD HEAT TREATMENT
308	FIG. ULW-18.1 SOME ACCEPTABLE NOZZLE ATTACHMENTS IN LAYERED SHELL SECTIONS
310	FIG. ULW-22 SOME ACCEPTABLE SUPPORTS FOR LAYERED VESSELS
311	WELDING ULW- 31 WELDED JOINTS ULW- 32 WELDING PROCEDURE QUALIFICATION ULW- 33 PERFORMANCE QUALIFICATION NONDESTRUCTIVE EXAMINATION OF WELDED JOINTS ULW- 50 GENERAL ULW- 51 INNER SHELLS AND INNER HEADS ULW- 52 LAYERS — WELDED JOINTS
312	FIG. ULW-32.1 SOLID-TO-LAYERED AND LAYERED-TO-LAYERED TEST PLATES
313	FIG. ULW-32.2 FIG. ULW-32.3 FIG. ULW-32.4
314	ULW- 53 LAYERS — STEP WELDED GIRTH JOINTS ULW- 54 BUTT JOINTS ULW- 55 FLAT HEAD AND TUBESHEET WELD JOINTS ULW- 56 NOZZLE AND COMMUNICATING CHAMBERS WELD JOINTS
315	ULW- 57 RANDOM SPOT EXAMINATION AND REPAIRS OF WELD FIG. ULW-54.1
316	FIG. ULW-54.2
317	FABRICATION ULW- 75 GENERAL ULW- 76 VENT HOLES ULW- 77 CONTACT BETWEEN LAYERS ULW- 78 ALTERNATIVE TO MEASURING CONTACT BETWEEN LAYERS DURING CONSTRUCTION
318	INSPECTION AND TESTING ULW- 90 GENERAL MARKING AND REPORTS ULW- 115 GENERAL PRESSURE RELIEF DEVICES ULW- 125 GENERAL FIG. ULW-77
319	PART ULT ALTERNATIVE RULES FOR PRESSURE VESSELS CONSTRUCTED OF MATERIALS HAVING HIGHER ALLOWABLE STRESSES AT LOW TEMPERATURE GENERAL ULT- 1 SCOPE ULT- 2 CONDITIONS OF SERVICE ULT- 5 GENERAL
320	DESIGN ULT- 16 GENERAL ULT- 17 WELDED JOINTS ULT- 18 NOZZLES AND OTHER CONNECTIONS ULT- 23 MAXIMUM ALLOWABLE STRESS VALUES ULT- 27 THICKNESS OF SHELLS ULT- 28 THICKNESS OF SHELLS UNDER EXTERNAL PRESSURE ULT- 29 STIFFENING RINGS FOR SHELLS UNDER EXTERNAL PRESSURE ULT- 30 STRUCTURAL ATTACHMENTS
321	TABLES TABLE ULT-23MAXIMUM ALLOWABLE STRESS VALUES IN TENSION FOR 5%, 8%, AND 9% NICKEL STEELS, TYPE 304 STAINLESS STEEL,AND 5083-O ALUMINUM ALLOY AT CRYOGENIC TEMPERATURES FOR WELDED AND NONWELDED CONSTRUCTION
325	ULT- 56 POSTWELD HEAT TREATMENT ULT- 57 EXAMINATION FABRICATION ULT- 75 GENERAL ULT- 79 FORMING SHELL SECTIONS AND HEADS ULT- 82 WELDING ULT- 86 MARKING ON PLATE AND OTHER MATERIALS INSPECTION AND TESTS ULT- 90 GENERAL ULT- 99 HYDROSTATIC TEST
326	TABLE ULT-82MINIMUM TENSILE STRENGTH REQUIREMENTS FOR WELDING PROCEDURE QUALIFICATION TESTSON TENSION SPECIMENS CONFORMING TO QW-462.1
328	ULT- 100 PNEUMATIC TEST MARKING AND REPORTS ULT- 115 GENERAL FIG. ULT-82 WELD METAL DELTA FERRITE CONTENT
329	PRESSURE RELIEF DEVICES ULT- 125 GENERAL
330	PART UHX RULES FOR SHELL- AND- TUBE HEAT EXCHANGERS UHX- 1 SCOPE UHX- 2 MATERIALS AND METHODS OF FABRICATION UHX- 3 TERMINOLOGY UHX- 3.1 U- Tube Heat Exchanger UHX- 4 DESIGN UHX- 9 TUBESHEET FLANGED EXTENSION UHX- 9.1 Scope
331	FIGURES FIG. UHX-3 TERMINOLOGY OF HEAT EXCHANGER COMPONENTS
332	UHX- 10 GENERAL CONDITIONS OF APPLICABILITY FOR TUBESHEETS UHX- 11 TUBESHEET CHARACTERISTICS UHX- 11.1 Scope
333	FIG. UHX-9 SOME REPRESENTATIVE CONFIGURATIONS DESCRIBING THE MINIMUM REQUIRED THICKNESSOF THE TUBESHEET FLANGED EXTENSION, hr FIG. UHX-10 INTEGRAL CHANNELS
335	FIG. UHX-11.1 TUBESHEET GEOMETRY
336	FIG. UHX-11.2 TYPICAL UNTUBED LANE CONFIGURATIONS
337	UHX- 12 RULES FOR THE DESIGN OF U- TUBE TUBESHEETS
338	FIG. UHX-11.3 CURVES FOR THE DETERMINATION OF E/E AND � (EQUILATERAL TRIANGULARPATTERN)
340	FIG. UHX-12.1 U-TUBE TUBESHEET CONFIGURATIONS
341	FIG. UHX-12.2 TUBE LAYOUT PERIMETER
345	UHX- 13 RULES FOR THE DESIGN OF FIXED TUBESHEETS UHX- 13.1 Scope
346	FIG. UHX-13.1 FIXED TUBESHEET CONFIGURATIONS
350	TABLES TABLE UHX-13.1 FORMULAS FOR DETERMINATION OF Zd, Zv, Zm, Zw, AND Fm
351	TABLE UHX-13.2 FORMULAS FOR THE DETERMINATION OF Ft,min AND Ft,max
352	FIG. UHX-13.2 Zd , Zv , Zw , and Zm VERSUS Xa
353	FIG. UHX-13.3-1 Fm VERSUS Xa (0.0 ≤ Q3 ≤ 0.8)
354	FIG. UHX-13.3-2 Fm VERSUS Xa (−0.8 ≤ Q3 ≤ 0.0)
356	FIG. UHX-13.4 SHELL WITH INCREASED THICKNESS ADJACENT TO THE TUBESHEETS
359	UHX- 14 RULES FOR THE DESIGN OF FLOATING TUBESHEETS UHX- 14.1 Scope
360	FIG. UHX-14.1 FLOATING TUBESHEET HEAT EXCHANGERS
361	FIG. UHX-14.2 STATIONARY TUBESHEET CONFIGURATIONS
362	FIG. UHX-14.3 FLOATING TUBESHEET CONFIGURATIONS
370	UHX- 16 BELLOWS EXPANSION JOINTS UHX- 17 FLANGED- AND- FLUED OR FLANGED- ONLY EXPANSION JOINTS UHX- 18 PRESSURE TEST REQUIREMENTS UHX- 19 HEAT EXCHANGER MARKING AND REPORTS UHX- 19.1 Required Marking
371	TABLE UHX-17 FLANGED-AND-FLUED OR FLANGED-ONLY EXPANSION JOINT LOAD CASES ANDSTRESS LIMITS
372	UHX- 20 EXAMPLES
380	TABLE UHX-20.2.1-1 SUMMARY TABLE FOR STEPS 7 AND 8 ELASTIC ITERATION TUBESHEET RESULTS
382	TABLE UHX-20.2.2-1 SUMMARY TABLE FOR STEPS 7 AND 8, TUBESHEET RESULTS
385	TABLE UHX-20.2.3-1 SUMMARY TABLE FOR STEP 6 TABLE UHX-20.2.3-2 SUMMARY TABLE FOR STEPS 7 AND 8, ELASTIC ITERATION
386	TABLE UHX-20.2.3-3 SUMMARY TABLE FOR STEP 10, SHELL AND CHANNEL STRESS RESULTS
393	PART UIG REQUIREMENTS FOR PRESSURE VESSELS CONSTRUCTED OF IMPREGNATED GRAPHITE NONMANDATORY INTRODUCTION GENERAL UIG- 1 SCOPE
394	UIG- 2 EQUIPMENT AND SERVICE LIMITATIONS UIG- 3 TERMINOLOGY MATERIALS UIG- 5 RAW MATERIAL CONTROL UIG- 6 CERTIFIED MATERIAL CONTROL
395	UIG- 7 ADDITIONAL PROPERTIES UIG- 8 TOLERANCES FOR IMPREGNATED GRAPHITE TUBES DESIGN UIG- 22 LOADINGS UIG- 23 MAXIMUM ALLOWABLE STRESS VALUES FOR CERTIFIED MATERIAL UIG- 27 THICKNESS OF CYLINDRICAL SHELLS MADE OF CERTIFIED MATERIALS UNDER INTERNAL PRESSURE TABLES TABLE UIG-6-1 PROPERTIES OF CERTIFIED MATERIAL
396	UIG- 28 EXTERNAL PRESSURE UIG- 29 EULER BUCKLING OF EXTRUDED GRAPHITE TUBES UIG- 34 CALCULATING FLAT HEADS, COVERS, AND TUBESHEETS
397	FIGURES FIG. UIG-34-1 TYPICAL GRAPHITE HEAT EXCHANGER
398	UIG- 36 OPENINGS AND REINFORCEMENTS UIG- 45 NOZZLE NECK THICKNESS UIG- 60 LETHAL SERVICE FIG. UIG-34-2 CONFIGURATION G STATIONARYTUBESHEET FIG. UIG-34-3 CONFIGURATION G FLOATINGTUBESHEET
399	FIG. UIG-36-1 UNACCEPTABLE NOZZLE ATTACHMENT DETAILS
400	FIG. UIG-36-2 SOME ACCEPTABLE NOZZLE ATTACHMENT DETAILS IN IMPREGNATED GRAPHITE PRESSUREVESSELS
404	FABRICATION UIG- 75 GENERAL REQUIREMENTS UIG- 76 PROCEDURE AND PERSONNEL QUALIFICATION UIG- 77 CERTIFIED MATERIAL SPECIFICATION
405	UIG- 78 CERTIFIED CEMENT SPECIFICATION UIG- 79 CERTIFIED CEMENTING PROCEDURE SPECIFICATION FIG. UIG-76-1 TENSION TEST SPECIMEN
406	UIG- 80 CEMENTING TECHNICIAN QUALIFICATION UIG- 81 REPAIR OF MATERIALS FIG. UIG-76-2 CEMENT MATERIAL TENSION TEST SPECIMEN
407	FIG. UIG-76-3 TUBE TO TUBESHEET TENSION TEST SPECIMEN
408	FIG. UIG-76-4 TUBE CEMENT JOINT TENSION TEST SPECIMEN
409	FIG. UIG-76-5 TUBE TENSION TEST SPECIMEN
410	UIG- 84 REQUIRED TESTS TABLE UIG-84-1 TEST FREQUENCY FOR CERTIFIED MATERIALS
411	INSPECTION AND TESTS UIG- 90 GENERAL UIG- 95 VISUAL EXAMINATION UIG- 96 QUALIFICATION OF VISUAL EXAMINATION PERSONNEL UIG- 97 ACCEPTANCE STANDARDS AND DOCUMENTATION UIG- 99 PRESSURE TESTS UIG- 112 QUALITY CONTROL REQUIREMENTS
412	UIG- 115 MARKINGS AND REPORTS UIG- 116 REQUIRED MARKINGS UIG- 120 DATA REPORTS UIG- 121 RECORDS UIG- 125 PRESSURE RELIEF DEVICES
425	MANDATORY APPENDICES MANDATORY APPENDIX 1 SUPPLEMENTARY DESIGN FORMULAS
446	MANDATORY APPENDIX 2 RULES FOR BOLTED FLANGE CONNECTIONS WITH RING TYPE GASKETS
468	MANDATORY APPENDIX 3 DEFINITIONS
471	MANDATORY APPENDIX 4 ROUNDED INDICATIONS CHARTS ACCEPTANCE STANDARD FOR RADIOGRAPHICALLY DETERMINED ROUNDED INDICATIONS IN WELDS
480	MANDATORY APPENDIX 5 FLANGED- AND- FLUED OR FLANGED- ONLY EXPANSION JOINTS
483	MANDATORY APPENDIX 6 METHODS FOR MAGNETIC PARTICLE EXAMINATION ( MT)
485	MANDATORY APPENDIX 7 EXAMINATION OF STEEL CASTINGS
488	MANDATORY APPENDIX 8 METHODS FOR LIQUID PENETRANT EXAMINATION ( PT)
490	MANDATORY APPENDIX 9 JACKETED VESSELS
499	MANDATORY APPENDIX 10 QUALITY CONTROL SYSTEM
502	MANDATORY APPENDIX 11 CAPACITY CONVERSIONS FOR SAFETY VALVES
506	MANDATORY APPENDIX 12 ULTRASONIC EXAMINATION OF WELDS ( UT)
507	MANDATORY APPENDIX 13 VESSELS OF NONCIRCULAR CROSS SECTION
547	MANDATORY APPENDIX 14 INTEGRAL FLAT HEADS WITH A LARGE, SINGLE, CIRCULAR, CENTRALLY LOCATED OPENING
554	MANDATORY APPENDIX 16 SUBMITTAL OF TECHNICAL INQUIRIES TO THE BOILER AND PRESSURE VESSEL COMMITTEE
556	MANDATORY APPENDIX 17 DIMPLED OR EMBOSSED ASSEMBLIES
566	MANDATORY APPENDIX 18 ADHESIVE ATTACHMENT OF NAMEPLATES
567	MANDATORY APPENDIX 19 ELECTRICALLY HEATED OR GAS FIRED JACKETED STEAM KETTLES
568	MANDATORY APPENDIX 20 HUBS MACHINED FROM PLATE
569	MANDATORY APPENDIX 21 JACKETED VESSELS CONSTRUCTED OF WORK- HARDENED NICKEL
570	MANDATORY APPENDIX 22 INTEGRALLY FORGED VESSELS
572	MANDATORY APPENDIX 23 EXTERNAL PRESSURE DESIGN OF COPPER, COPPER ALLOY, AND TITANIUM ALLOY CONDENSER AND HEAT EXCHANGER TUBES WITH INTEGRAL FINS
574	MANDATORY APPENDIX 24 DESIGN RULES FOR CLAMP CONNECTIONS
580	MANDATORY APPENDIX 25 ACCEPTANCE OF TESTING LABORATORIES AND AUTHORIZED OBSERVERS FOR CAPACITY CERTIFICATION OF PRESSURE RELIEF VALVES
582	MANDATORY APPENDIX 26 BELLOWS EXPANSION JOINTS
608	MANDATORY APPENDIX 27 ALTERNATIVE REQUIREMENTS FOR GLASS- LINED VESSELS
611	MANDATORY APPENDIX 28 ALTERNATIVE CORNER WELD JOINT DETAIL FOR BOX HEADERS FOR AIR- COOLED HEAT EXCHANGERS
614	MANDATORY APPENDIX 30 RULES FOR DRILLED HOLES NOT PENETRATING THROUGH VESSEL WALL
616	MANDATORY APPENDIX 31 RULES FOR Cr– Mo STEELS WITH ADDITIONAL REQUIREMENTS FOR WELDING AND HEAT TREATMENT
619	MANDATORY APPENDIX 32 LOCAL THIN AREAS IN CYLINDRICAL SHELLS AND IN SPHERICAL SEGMENTS OF SHELLS
622	MANDATORY APPENDIX 33 STANDARD UNITS FOR USE IN EQUATIONS
623	MANDATORY APPENDIX 34 REQUIREMENTS FOR USE OF HIGH SILICON STAINLESS STEELS FOR PRESSURE VESSELS
625	MANDATORY APPENDIX 35 RULES FOR MASS- PRODUCTION OF PRESSURE VESSELS
628	MANDATORY APPENDIX 36 STANDARD TEST METHOD FOR DETERMINING THE FLEXURAL STRENGTH OF CERTIFIED MATERIALS USING THREE- POINT LOADING
630	MANDATORY APPENDIX 37 STANDARD TEST METHOD FOR DETERMINING THE TENSILE STRENGTH OF CERTIFIED IMPREGNATED GRAPHITE MATERIALS
632	MANDATORY APPENDIX 38 STANDARD TEST METHOD FOR COMPRESSIVE STRENGTH OF IMPREGNATED GRAPHITE
634	MANDATORY APPENDIX 39 TESTING THE COEFFICIENT OF PERMEABILITY OF IMPREGNATED GRAPHITE
636	MANDATORY APPENDIX 40 THERMAL EXPANSION TEST METHOD FOR GRAPHITE AND IMPREGNATED GRAPHITE
639	NONMANDATORY APPENDICES NONMANDATORY APPENDIX A BASIS FOR ESTABLISHING ALLOWABLE LOADS FOR TUBE- TO- TUBESHEET JOINTS
645	NONMANDATORY APPENDIX C SUGGESTED METHODS FOR OBTAINING THE OPERATING TEMPERATURE OF VESSEL WALLS IN SERVICE
646	NONMANDATORY APPENDIX D SUGGESTED GOOD PRACTICE REGARDING INTERNAL STRUCTURES
647	NONMANDATORY APPENDIX E SUGGESTED GOOD PRACTICE REGARDING CORROSION ALLOWANCE1
648	NONMANDATORY APPENDIX F SUGGESTED GOOD PRACTICE REGARDING LININGS
649	NONMANDATORY APPENDIX G SUGGESTED GOOD PRACTICE REGARDING PIPING REACTIONS AND DESIGN OF SUPPORTS AND ATTACHMENTS
651	NONMANDATORY APPENDIX H GUIDANCE TO ACCOMMODATE LOADINGS PRODUCED BY DEFLAGRATION
653	NONMANDATORY APPENDIX K SECTIONING OF WELDED JOINTS
655	NONMANDATORY APPENDIX L EXAMPLES ILLUSTRATING THE APPLICATION OF CODE FORMULAS AND RULES
704	NONMANDATORY APPENDIX M INSTALLATION AND OPERATION
710	NONMANDATORY APPENDIX P BASIS FOR ESTABLISHING ALLOWABLE STRESS VALUES FOR UCI, UCD, AND ULT MATERIALS
711	NONMANDATORY APPENDIX R PREHEATING
713	NONMANDATORY APPENDIX S DESIGN CONSIDERATIONS FOR BOLTED FLANGE CONNECTIONS
715	NONMANDATORY APPENDIX T TEMPERATURE PROTECTION
716	NONMANDATORY APPENDIX W GUIDE FOR PREPARING MANUFACTURER’S DATA REPORTS
735	NONMANDATORY APPENDIX Y FLAT FACE FLANGES WITH METAL- TO- METAL CONTACT OUTSIDE THE BOLT CIRCLE
748	NONMANDATORY APPENDIX DD GUIDE TO INFORMATION APPEARING ON CERTIFICATE OF AUTHORIZATION ( SEE FIG. DD- 1)
751	NONMANDATORY APPENDIX EE HALF- PIPE JACKETS
756	NONMANDATORY APPENDIX FF GUIDE FOR THE DESIGN AND OPERATION OF QUICK-ACTUATING ( QUICK- OPENING) CLOSURES
759	NONMANDATORY APPENDIX GG GUIDANCE FOR THE USE OF U. S. CUSTOMARY AND SI UNITS IN THE ASME BOILER AND PRESSURE VESSEL CODE
762	NONMANDATORY APPENDIX HH TUBE EXPANDING PROCEDURES AND QUALIFICATION
772	NONMANDATORY APPENDIX JJ FLOWCHARTS ILLUSTRATING IMPACT TESTING REQUIREMENTS AND EXEMPTIONS FROM IMPACT TESTING BY THE RULES OF UHA- 51
779	NONMANDATORY APPENDIX KK GUIDE FOR PREPARING USER’S DESIGN REQUIREMENTS
785	NONMANDATORY APPENDIX LL GRAPHICAL REPRESENTATIONS OF
788	NONMANDATORY APPENDIX MM ALTERNATIVE MARKING AND STAMPING OF GRAPHITE PRESSURE VESSELS
789	INDEX
797	INTERPRETATIONS Volume 60

Additional information

Standard Title	ASME BPVC – VIII – 1 -2010 BPVC Section VIII-Rules for Construction of Pressure Vessels Division 1
Published Code	ASME
Publication Date	2010
Pages Count	850

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