Diploma in Pipe Stress and Flexibility Analysis

Diploma in Pipe Stress and Flexibility Analysis

Flexibility. Stress classification. Failure theory. Supports. Analysis: Sustained, operation, wind/earthquake. Dynamic (6 months).

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About this course

The flexibility analysis of piping systems is carried out by skilled persons within engineering companies. The course is created and conducted by qualified professional engineers and is based on years of experience. The purpose of this course is to train flexibility analysis, to engineers with some years of experience in the piping discipline.

Course Format

During the program, the participants work solving real-life assignments, which require the students to produce real-life outputs. That is, the students have to review diagrams, plans, specifications. And then the students have to produce calculations, drawings, simulations, etc. The students have the continuous support from the instructor through discussion forums and weekly live web conferences with a webcam and shared screens. This interaction has proved to be very useful for the guidance of the students.

What you'll learn

• Introduction

• Piping Stress Analysis
  • Basic Concepts of Stress Analysis
  • Purpose of Stress Analysis
  • Condes and Standards
  • Categorization of a Piping System
  • Working Flow Chart

• Theoretical foundations
  • Piping Stress Classification
  • Failure Theory and Admissible Stress by Code
  • Stress Intensification Coefficients on Piping Accessories
  • Piping Support Elements
  • Thermal Expansion

• Analysis of Piping Systems: Sustained Case

• Analysis of Piping Systems: Operation Case

• Analysis of Piping Systems: Occasional Case

• Exercise: Piping System: Real Analysis

• Stress Analysis of Piping Systems connected to Centrifugal Pumps

• Stress Analysis of Piping Systems connected to Centrifugal compressors

• Stress Analysis of Piping Systems connected to Turbines

• Stress Analysis of Piping Systems connected to Heaters

• Stress Analysis of Piping Systems connected to Air cooler systems

• Stress Analysis of Piping Systems connected to Reactors

• Expansion Joints

• Reciprocating machines and vibrations

• Slug flow