Day 1 :

Piping Stress Analysis
Basic Concepts of Stress Analysis
Purpose of Stress Analysis
Codes and Standards
Categorization of a Piping System
Working Flow Chart
Day 2

Theoretical foundations
Piping Stress Classification
Failure Theory and Admissible Stress by Code
Stress Intensification Coefficients on Piping Accesories
Piping Support Elements
Day 3

Thermal Expansion
Analysis of Piping Systems: Sustained Case
Analysis of Piping Systems: Operation Case
Analysis of Piping Systems: Ocassional Case
Exercise: Piping System: Real Analysis
Day 4

Stress Analysis of Piping Systems connected to Centrifugal Pumps
Stress Analysis of Piping Systems connected to Centrifugal compressors
Stress Analysis of Piping Systems connected toTurbines
Stress Analysis of Piping Systems connected to Heaters
Day 5

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
DAY 6

Introduction
Introduction to Process Plants and Industries
Interconnection of Piping Engineering Design Discipline with Other Engineering Disciplines
Piping Material Engineer Responsibility Through Various Phases of Project
DAY 7

Piping Elements
Pipes: Classification, Materials, Code and Standards, Selection Criteria
Fittings: Classification, Materials, Code and Standards, Selection Criteria
Flanges: Classification, Materials, Code and Standards, Selection Criteria
Valves: Classification, Materials, Code and Standards, Selection Criteria
Special Items: Classification, Materials, Code and Standards, Selection Criteria
DAY 8

Engineering Materials
Types of Material (Metal & Non Metal)
Material Selection Criteria based on Different Parameters
Codes and Standards
Day 9 , Day 10

Preparation of PMS
Review of Material Selection Diagrams and Table
Process Service Summary
Design Conditions
Pipe Wall Thickness Calculation
Branch Connection Tables
case study