Description
New Batch Registration is Open now:
Duration: 1 Month
Instructor: Industry Expert with MTECH & 15+ years of work Experience
Course: CAESAR II
Price: 25000 INR
Contact for UPI Transactions: WhatsApp number: +91-9560191444
Topics/Modules which shall be covered:
| 1st Module · What is Piping stress analysis? · Why piping stress analysis is required? · Role of a Pipe Stress Engineer · What are the types of stresses and ASME code requirements (ASME 31.3 & 31.1) in general. Primary and secondary stresses |
| 2nd Module · Which lines to be analysed · Critical line list basics/preparation. · What are piping isometric? How to read a piping isometric to model a piping system. |
| 3. 3rd Module · Brief on Basic types of Pipe supports used in plant piping. · Support Spans · What are the inputs required to start a piping stress analysis of a pipe system? · Brief on expansion loops, number of expansion loop requirement, support arrangement. |
| 4. 4th Module (ASME B31.3) · Material Allowable Stress · Code Equations and Allowable stress · Differences between B31.3 and B31.1 |
| 5. 5th Module · Stress Analysis Software Programs · Introduction to Caesar II software · Modeling Pipe, Bend, Reducer, Tee, Flange, Valve, etc · Modeling Rest, Guide, Line Stop, Anchor, Trunnion Support |
| 6. 6th Module · Modelling of a pump piping system and analysis in Caesar II live. · How to put process parameters in a Caesar II model and standby cases, · Modelling of connected vessel and pump along with allowable loads in nozzle check as per Vessel GAD and API 610 nozzle checking ·Modeling eqiuipment Nozzle, Concept of C-node, · Modelling of Trunnion supports. |
| 7. 7th Module · Creating load cases for the piping system. · Add seismic and wind load inputs in the model and also creating load cases. · Analyzing the system and how to read the Caesar outputs and all relevant loads, stresses and displacements. · Understanding supports and loads acting on them. · Civil Loading Information |
| 8. 8th Module · What is a relief valve system? Open and closed. · Locations to indicate reaction forces in an open and closed system · Caesar II modelling of an open PSV system with trunnion supports wherever required. · Caesar II analysis of PSV system with DLF=2. · Creating load cases and standby cases for PSVs. · Understanding loads on support, stresses etc. |
| 9. 9th Module · Flange leakage check using PEQ method for the PSV system. · Qualifying flanges using ASME detail calculation in Caesar module. · Small brief on NC method flange check. · Why flanges fail and why flange check is required? |
| 10. 10th Module · Stress Intensification Factor · WRC 537 and WRC 297 |
| 11. 11th Module · What is a slug flow? · Slug force calculation, application of slug force at pump piping system(Module 3 Caesar II model). · Load case creation for slug and understanding outputs. |
| 12. 12th Module · Spring Hanger Selection Practical Example in Caesar II · Variable vs Constant |
| 13. 13th Module · Stress Analysis of Storage Tank Piping System · Analysis with Imposed Displacement · Generating Stress Report |
| 14. 14th Module · Buried pipe stress analysis · Ask me Anything · Course Completion |
| 15. Resolution of overstress due to thermal expansion, Friction effects, Combining piping systems |
| 16. Jacketed piping Stress Analysis |
| 17. Stress Analysis of Steam Turbine Piping System |
| 18. Stress Analysis of Centrifugal compressor piping System |
| 19. Stress Analysis of Reciprocating compressor piping System |
| 20. Stress Analysis of Air fin fan cooler piping System |
| 21. Pipe rack Loading |
| 22. Harmonic Analysis |
| 23. Time History Analysis |
| 24. Dynamic seismic |
| 25. Dynamic relief valve System |
