Engineering and Maintenance
Design, Analysis and Fabrication of Pressure Vessels
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Design, Analysis and Fabrication of Pressure Vessels Course
Introduction:
Course Objectives:
The objective of the course is to provide an introductory yet comprehensive treatment of the significant requirements for the design, fabrication, inspection and testing of pressure vessels as well as post construction maintenance and repair
Who Should Attend?
The course is intended for beginners as well as experienced individuals who desire to update their knowledge of the latest industry and Code requirements for pressure vessel design and the longer-term aspects and issues of inspection and repair. The course will benefit individuals involved in design, fabrication, inspection or purchase of pressure vessels and those responsible safety and integrity of in-service pressure vessels.
Course Outlines:
- Design and Fabrication of Pressure Vessels
- Introduction to the ASME Code
- General requirements Material requirements
- Introduction to Section II Code
- General design requirements
- Stress allowable
- Design and Fabrication of Pressure Vessels
- Stress categories and classifications Design for internal pressure
- Design of shells Design of formed heads Design of flat covers
- Design for axial compression
- Design and Fabrication of Pressure Vessels
- Design for external pressure Design of openings
- Design for external loadings WRC Bulletins 107, 297, and 368 Code Case 2286
- Example problems
- Design and Fabrication of Pressure Vessels
- Fabrication requirements PWHT NDE Tolerances
- Pressure testing Toughness requirements and impact testing
- Pressure relief requirements
- Data reports Stamping
- Discussion Inspection, Flaw Evaluation, and Repair of Pressure Equipment
- Introduction to post-construction Codes and Standards National Board Inspection
- Code Administrative requirements
- Inspection requirements Repair and alteration
- requirements Re-rating Repair procedures API-510 Example problems
- Fitness-for-Service API-579
- Flaw evaluation procedures and methods
- Concept of Remaining Strength Factor (RSF)
- Evaluation or corroded areas Evaluation of pitted areas
- Evaluation of misalignments and distortions
- Evaluation for brittle fracture
- Evaluation of blisters and laminations
- Evaluation of crack-like flaws
- Evaluation of fire damage Stress analysis methods
- ASME post-construction documents Bolted flange connections Discussion