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CAESAR II from Intergraph Corporation has turned into the world's most generally utilized pipe pressure examination programming and is viewed as the business standard. CAESAR II is a total pipe pressure investigation programming program that permit brisk and exact examination of funneling frameworks subjected to weight, warm, seismic and other static and dynamic burdens. It can break down funneling frameworks of any size or multifaceted nature. CAESAR II is one of a kind, joining count techniques and examination alternatives not found in some other program.Yami cosmo services private limited at Delhi/Noida provides an industrial professional fac ulties for this training.
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
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
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
Code Compliance for ASME B31.3
Different types & functions of Pipe support
Design system for stable, expansion and occasional loading
Loading pipe rack
Support period calculation
Stress Preparation Serious Line List
Storage tank-pump system modeling
Column-heat exchanger model
WRC-297 nozzle flexibility
Load Case Generation Principles
PSV force calculation / slug force
Serious system such as: turbine; Pump; Columns, air fine coolers, etc.
Spring Design and Modeling in CASARA II
Pump calculation API 610
Pipe Rack CAESAR II Model
Column piping system
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.