Advance Pipe Stress Analysis

Eligibility :

Fresh/ Experienced – Diploma Degree in Mechanical/Chemical Engineering with Piping Knowledge.

This Course is composed of two parts:

The first part discusses the fundamentals of Advance Pipe Stress Analysis with an emphasis on piping systems.
The second part focuses on the practical application of piping stress analysis using computer programs “CAESAR II” to build piping system models and interpret the output.

Key Points of Syllabus
  • Basic Stress Concept

  • Role of Stress Engineer

  • Basic Stress Stain Theories

  • Basic Engineering concepts required for stressanalysis

  • Theories of failure

  • Concept of stress Range

  • Theory of load case generation

  • 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

  • Storage Tank-pump system modeling

  • Column-heat exchanger model

  • WRC- 107 analysis

  • WRC-297 nozzle flexibility

  • PSV force calculation/ Slug force

  • Rupture disk calculation

  • Overview of Critical Systems viz. : Turbine;Pump; Column, Air Fine Cooler etc

  • Spring design & Modeling in Caesar II

  • Bellow Design & Modeling in Caesar II

  • Overview of API 610

  • Equipment Modelling

  • Pipe Rack Caesar II Model

  • Flange Leakage

  • Stress Intensification Factor

Objective

To apply the piping system stress analysis requirements of International Codes

To understand how to use piping analysis software to meet these requirements

To understand specific illustrations used based on the Caesar II 

Batch No. Category Planned Starting Date Last Date of Admission Completion Date Duration Timings
04033 Full Time 22-Dec-2018 15-Dec-2018 29-Dec-2018 8 Days Saturday & Sunday 8.00 am to 6.00 pm and Monday to Friday 2.00pm to 9.30pm
04034 Full Time 08-Jun-2019 01-Jun-2019 15-Jun-2019 8 Days Saturday & Sunday 8.00 am to 6.00 pm and Monday to Friday 2.00pm to 9.30pm
04035 Full Time 05-Oct-2019 28-Sep-2019 12-Oct-2019 8 Days Saturday & Sunday 8.00 am to 6.00 pm and Monday to Friday 2.00pm to 9.30pm
04036 Full Time 04-Jan-2020 28-Dec-2019 11-Jan-2020 8 Days Saturday & Sunday 8.00 am to 6.00 pm and Monday to Friday 2.00pm to 9.30pm
Batch No. Planned Starting Date
04033 22-Dec-2018
  • Category : Full Time
  • Last Date of Admission : 15-Dec-2018
  • Completion Date : 29-Dec-2018
  • Duration : 8 Days
  • Timings : Saturday & Sunday 8.00 am to 6.00 pm and Monday to Friday 2.00pm to 9.30pm
04034 08-Jun-2019
  • Category : Full Time
  • Last Date of Admission : 01-Jun-2019
  • Completion Date : 15-Jun-2019
  • Duration : 8 Days
  • Timings : Saturday & Sunday 8.00 am to 6.00 pm and Monday to Friday 2.00pm to 9.30pm
04035 05-Oct-2019
  • Category : Full Time
  • Last Date of Admission : 28-Sep-2019
  • Completion Date : 12-Oct-2019
  • Duration : 8 Days
  • Timings : Saturday & Sunday 8.00 am to 6.00 pm and Monday to Friday 2.00pm to 9.30pm
04036 04-Jan-2020
  • Category : Full Time
  • Last Date of Admission : 28-Dec-2019
  • Completion Date : 11-Jan-2020
  • Duration : 8 Days
  • Timings : Saturday & Sunday 8.00 am to 6.00 pm and Monday to Friday 2.00pm to 9.30pm

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