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0:00 Intro
0:09 Div 1 or Div 2
2:32 Structure of Div 2
4:01 FOS
13:36 Complexity of Design
21:04 Material
23:50 Use of FEA
24:58 NDE
29:20 Documentation
29:55 Certification
35:38 What ASME Says
36:32 Our ASME SEC VIII DIV 2 Course


"PART 1 GENERAL REQUIREMENTS
1.2 SCOPE
Annex 1-B "ANNEX 1-B DEFINITIONS"
Annex 1-C "ANNEX 1-C GUIDANCE FOR THE USE OF U.S. CUSTOMARY AND SI UNITS IN

"PART 2 RESPONSIBILITIES AND DUTIES
2.2.3 UDS (USER DESIGN SPECIFICATION)
Annex 2-A ANNEX 2-A GUIDE FOR CERTIFYING A USER’S DESIGN SPECIFICATION
2.3.3 MANUFACTURER’S RESPONSIBILITIES
Annex 2-B MANUFACTURER’S DESIGN REPORT (Annex 2-B)
2.3.3.2 Contents of the Manufacturer's Design Report
Table 2-D.1 Table 2-D.1 Instructions for the Preparation of Manufacturer’s Data Reports
FORM A-1 FORM A-1 MANUFACTURER’S DATA REPORT FOR PRESSURE VESSELS
ANNEX 2-J ANNEX 2-J QUALIFICATIONS AND REQUIREMENTS FOR CERTIFYING

"PART 3 MATERIALS REQUIREMENTS
3.2 MATERIALS PERMITTED FOR CONSTRUCTION OF VESSEL PARTS
3.3 SUPPLEMENTAL REQUIREMENTS FOR FERROUS MATERIALS
3.3.3 ULTRASONIC EXAMINATION OF PLATES / FORGINGS
Annex 3-F ANNEX 3-F DESIGN FATIGUE CURVES

PART 4 DESIGN BY RULE REQUIREMENTS
4.1.1 SCOPE: CLASS 1 AND CLASS 2
4.1.2 MINIMUM THICKNESS REQUIREMENTS
4.1.4 CORROSION ALLOWANCE IN DESIGN EQUATIONS
4.1.5.2 Definitions
4.1.5.3 Design Loads and Load Case Combinations, Table 4.1.1 Design Loads & Table
4.1.6 DESIGN ALLOWABLE STRESS: Design Condition & Test Condition
4.2 DESIGN RULES FOR WELDED JOINTS
4.2.2 WELD CATEGORY
4.2.3 WELD JOINT TYPE
4.2.4 WELD JOINT EFFICIENCY
4.2.5 TYPES OF JOINTS PERMITTED
4.3 DESIGN RULES FOR SHELLS UNDER INTERNAL PRESSURE
4.3.3 CYLINDRICAL SHELLS
4.3.4 CONICAL SHELLS
4.3.5 SPHERICAL SHELLS AND HEMISPHERICAL HEADS
4.3.6 TORISPHERICAL HEADS
4.3.7 ELLIPSOIDAL HEADS
4.3.10 COMBINED LOADINGS AND ALLOWABLE STRESSES
4.3.11 CYLINDRICAL-TO-CONICAL SHELL TRANSITION JUNCTIONS WITHOUTKNUCKLE
4.3.12 CYLINDRICAL-TO-CONICAL SHELL TRANSITION JUNCTIONS WITH A KNUCKLE
4.4.4.1 Permissible Out-of-Roundness of Cylindrical and Conical Shells
4.4.4.2 "Cylindrical and Conical Shells Subject to Uniform Axial Compression and Axial C
4.4.5 CYLINDRICAL SHELL: For external pressure
4.4.6 CONICAL SHELL
4.4.7 SPHERICAL SHELL AND HEMISPHERICAL HEAD
4.4.8 TORISPHERICAL HEAD
4.4.9 ELLIPSOIDAL HEAD
4.4.12 COMBINED LOADINGS AND ALLOWABLE COMPRESSIVE STRESSES
4.5 DESIGN RULES FOR OPENINGS IN SHELLS AND HEADS
4.5.4 NOZZLE NECK MINIMUM THICKNESS REQUIREMENTS
4.9 DESIGN RULES FOR BRACED AND STAYED SURFACES
4.10 DESIGN RULES FOR LIGAMENTS
4.11 DESIGN RULES FOR JACKETED VESSELS
4.12 DESIGN RULES FOR NONCIRCULAR VESSELS
4.13 DESIGN RULES FOR LAYERED VESSELS
4.15 DESIGN RULES FOR SUPPORTS AND ATTACHMENTS
4.15.3 SADDLE SUPPORTS FOR HORIZONTAL VESSELS
4.15.4 SKIRT SUPPORTS FOR VERTICAL VESSELS
4.15.5 LUG AND LEG SUPPORTS
4.16 DESIGN RULES FOR FLANGED JOINTS
4.16.12 "EVALUATION OF EXTERNAL FORCES AND MOMENTS FOR FLANGED JOINTS
4.18 DESIGN RULES FOR SHELL-AND-TUBE HEAT EXCHANGERS
4.18.7 RULES FOR THE DESIGN OF U-TUBE TUBESHEETS
4.18.8 RULES FOR THE DESIGN OF FIXED TUBESHEETS
4.18.9 RULES FOR THE DESIGN OF FLOATING TUBESHEETS
4.21 TUBE-TO-TUBESHEET JOINT STRENGTH
PART 5 DESIGN BY ANALYSIS REQUIREMENTS
Table 5.1 Loads and Load Cases to Be Considered in a Design
Table 5.2 Load Combination Parameters
Table 5.3 Load Case Combinations and Allowable Stresses for an Elastic Analysis
Table 5.6 Examples of Stress Classification
Figure 5.1 Stress Categories and Limits of Equivalent Stress
PART 6 FABRICATION REQUIREMENTS
6.1 GENERAL FABRICATION REQUIREMENTS
6.1.2 FORMING
6.1.4 FITTING AND ALIGNMENT
6.2.4 SPECIFIC REQUIREMENTS FOR WELDED JOINTS
6.4.2 REQUIREMENTS FOR POSTWELD HEAT TREATMENT
PART 7 INSPECTION AND EXAMINATION REQUIREMENTS
Table 7.1 Examination Groups for Pressure Vessels
Table 7.2 Non-destructive Examination
Table 7.6 Visual Examination Acceptance Criteria
Table 7.7 Radiographic Acceptance Standards for Rounded Indications
PART 8 PRESSURE TESTING REQUIREMENTS
8.1.1 SELECTION OF PRESSURE TEST METHODS
8.2.1 TEST PRESSURE
PART 9 PRESSURE VESSEL OVERPRESSURE PROTECTION
9.3 DETERMINATION OF PRESSURE-RELIEVING REQUIREMENTS
9.4 OVERPRESSURE LIMITS
9.5 PERMITTED PRESSURE RELIEF DEVICES AND METHODS