Pressure Vessels Engineering
Pressure Vessels Engineering Course ID Course Name 1 Design and Fabrication of pressure vessels 2 pressure vessels 3 failure prevention , Repair and Life extension of piping, vessels and Tanks 4 Pressure relief devices; design, sizing,construction ,inspection and maintenance. 5 …
Course ID | Course Name |
1 | Design and Fabrication of pressure vessels |
2 | pressure vessels |
3 | failure prevention , Repair and Life extension of piping, vessels and Tanks |
4 | Pressure relief devices; design, sizing,construction ,inspection and maintenance. |
5 | How to predict thermal hydraulic loads on pressure vessels and pipping |
6 | Risk- Informed In-service Testing Program |
7 | Section III :Advanced Design and construction of nuclear Facility components |
8 | Fitness-for-service Evaluation |
9 | Master Class: Design and selection of materials for B31.1 Power Pipping |
10 | Introduction to process pipping code and overview of welding |
11 | Basic principles of Welding |
12 | Rules for Construction of Nuclear Facility Components |
13 | Pipping Design |
14 | Design and fabrication of pressure vessels |
15 | Alternatives rules for design and fabrication of pressure vessels |
16 | Comparison of Global Assurance & Management system standards used by nuclear applications |
17 | Design of Buried High Density Polyethylene (HDPE) |
18 | Rules for construction of nuclear facility components |
19 | Rules for construction of heating boilers |
20 | Welding and brazing Qualifications |
21 | PTC 25 Pressure Relief Devices |
22 | Grade 91 and other creep strength enhanced ferritic steels |
23 | In-service Testing of Pumps |
24 | In-service Testing of valves |
25 | Inspection Repairs and alternations of pressure equipment |
26 | Manufacturing, Fabrication and examination responsibilities in codes standards and regulations for nuclear power plant construction |
27 | NQA-1 Quality Assurance requirements for nuclear facility applications |
28 | Overview of codes and standards for nuclear power plant construction |
29 | Probabilistic Structural analysis, Design and Reliability-Risk Assessment |
30 | Design and Fabrication of pressure vessels and overview of welding |
Course Features
- Duration 50 hours
- Activities Others