Pipeline stress (static/dynamic) analysis and CAESARII engineering examples

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1. Differences among various standards and codes related to pipeline stress (B31.1, B31.3, national standards, etc.) 2. New functions of the CAESARII software 3. Design and selection principles for pipeline supports and hangers 4. Pipeline design and analysis in tank areas, the impact of tank deformation and foundation settlement on pipelines, and how to analyze local stresses at tank openings 5. Analysis of pipe openings and local stresses in static equipment. 6. Vertical and horizontal containers, towers, tanks, heat exchangers, etc. 6. Stress criteria and requirements for moving equipment (pumps, compressors, turbines, etc.) and nozzles of heating furnaces. 7. Stress analysis of long-distance oil and gas pipelines (buried, overhead, or undercrossing); establishment of buried pipeline models, common problems and solutions. 8. Dynamic analysis of pipelines ； Explanation of software calculation processes (modal analysis, vibration analysis, dynamic calculation of safety valve discharge, seismic analysis, water hammer/air hammer calculations), description of various dynamic control parameters. 10. Design of pump stations and centrifugal compressor pipelines as well as pipeline stress analysis; control and verification of loads on the connections of rotating equipment. 11. Pipeline modal analysis and vibration analysis. 12. Design of safety valve discharge systems. 13. Analysis and control of airflow fluctuations in reciprocating compressors. 14. Analysis of pipeline flange leaks, as well as simulation calculations and case studies for jacketed pipes. 15. Simulation calculations and case studies for pipeline expansion joints, etc. If you are interested, feel free to send me a private message or leave your contact information