Pipeline stress (static/dynamic) analysis and in-depth exploration of advanced cases in CAESARII projects

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1. Differences among various standards and codes related to pipeline stress (B31.1, B31.3, national standards, etc.)； 2. New features in the CAESARII software ； Establishment of new materials in CAESARII 3. Typical pipeline modeling techniques, definition of material databases, static analysis result reporting ； 4. Flexible design of pipelines and selection principles ； 5. Design and selection principles for pipe supports and hangers ； Calculation examples and simulation exercises for rotating equipment (high-temperature pumps, reciprocating compressors, high-pressure steam turbines, etc.)* Calculation examples and simulation exercises for the inlet and outlet pipes of heating furnaces* 6. ； Fatigue analysis ； Selection and calculation of metal expansion joints ； Engineering case analysis and software practical operations 7. Equipment port analysis and local stress analysis. Such as vertical and horizontal containers, heat exchangers, heating furnaces, pumps, filters, etc ； 1. Pipe mode and pipe vibration analysis, calculation and adjustment of pipe natural frequencies, and methods to prevent pipe vibration. 2. Calculation of relief force on safety valves, as well as static and dynamic analysis. 3. Analysis of pipe flange leaks using the equivalent pressure method and NC3658.3, as well as simulation calculations and case studies for jacketed pipes. 4. Editing and analysis of conditions such as earthquakes, wind, air tests, and hydrostatic tests. 5. Thermal arching and thermal buckling. 6. Flow-induced vibration and acoustic vibration; vibration cases are covered in Section 9. Engineering example exercises*. Those who are interested and want detailed information please leave your email address or contact details.