Intergraph CAESAR II Course Content
- 1. Intergraph CAESAR II – Static Pipe Stress Analysis
- 2. Basic Stress Analysis
- 3. Advance Stress Analysis
- Intergraph CAESAR II – Dynamic Pipe Stress Analysis
CAESAR II – Static Pipe Stress Analysis Course Content
1. Intergraph CAESAR II – Static Pipe Stress Analysis
- Piping code theory basics
- Primary and secondary stresses
- Creating input data
- Design for piping loads
- Modeling of piping systems in CAESAR II
- Editing the model
- Supporting of piping systems (support types)
- Sustained and expansion stresses
- Design code requirements (e.g. B31.3, B31.1)
- Assorted modeling, analysis and compliance topics:
- Resolution of overstress due to thermal expansion
- Friction effects
- Adding flexible connections (vessels)
- Assessing equipment allowable loads
- Combining piping systems
- Load case combinations
- Modeling and analysis of a transmission line
- Modeling and analysis of a jacketed riser
- List/edit modeling, jacketed pipe, wind and hydrodynamic loading
- Static seismic loads
- Analysis documentation and static analysis workshop
- Model generation, system evaluation, system re-design
2. Basic Stress Analysis
- Basic stress concept
- Role of Stress Engineer
- Basic Stress Stain Theories
- Basic Engineering concepts required for stress analysis
- Theories of failure
- Concept of stress Range
- Load Cases
- Code Compliance for ASME B31.3
- Different types & functions of Pipe support
- Design system for Sustain, Expansion & Occasional Loading
- Nomograph
- Pipe Rack Loading
- Support span Calculations
- Preparing stress Critical line list
- Stress System formation
- Overview of Caesar II software
3. Advance Stress Analysis
- Storage Tank-pump system modeling
- Column-heat exchanger model
- WRC-297 nozzle flexibility
- Theory of load case generation
- PSV force calculation/ Slug force
- Critical Systems viz. : Turbine; Pump; Column, Air Fine Cooler etc
- Spring design & Modeling in CAESAR II
- Pump Calculation API 610
- Equipment Modeling
- Pipe Rack CAESAR II Model
- Column Piping System
4. Intergraph CAESAR II – Dynamic Pipe Stress Analysis
- Theory of dynamic analysis of systems
- Solving field vibration problems using harmonic analysis
- Building a dynamic analysis model.
- Seismic analysis using the response spectrum method.
- Time history analysis, hammer loads
- Survey of transient load evaluation through a relief valve example
- Dynamic analysis workshop: natural frequency calculation, dynamic load
- factor verification,
- slug flow modeling
- Interpreting dynamic analysis results.
- A survey of approaches to evaluating relief valve discharge.
- Evaluating transient loads with time history analysis.