CAESAR II Certification Training

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Intergraph CAESAR II training course facilitates you in exploring the fundamentals of pipe design and stress analysis. The training explains the concepts and their implementation through CAESAR II software. Through this software, the participants will explore different analyses including static pipe stress analysis, basic engineering concepts required for stress analysis, advanced topics covering the theory of lead generation, and other critical systems.

Intergraph CAESAR II Course Objectives:

  • Differentiate between primary and secondary stress
  • Analyze design code requirements
  • Identify ways to resolve overstress due to thermal expansion,
  • Work upon load case combinations and design system for Sustain, Expansion & Occasional Loading
  • Prepare to stress Critical line list
  • Modeling and analysis of a transmission line, jacketed riser, hydrodynamic loading, and more
  • Work upon different models including Storage Tank-pump system modeling, Column-heat exchanger model, Pipe Rack CAESAR II Model, Equipment modeling
Intergraph CAESAR II Course Target Audience

Students and professionals from Production, Mechanical, and Chemical trades interested in learning pipe stress analysis are the ideal candidates for this training.

Intergraph CAESAR II Course Prerequisites

The candidates with fundamental knowledge of pipe designing can get the best out of this training.

Intergraph CAESAR II Course Content

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.

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