Professional Piping Stress Analysis Course - Level 1

Learn from this course to become a Piping Stress Analysis and Support Engineer

What you'll learn

Stress Analysis for Piping Systems

Knowledge of the most applied Codes and Standards

Mechanical Verification of Piping Systems

Knowledge of Loads and Constraints

How to perform Thermal and Flexibility Analysis

Understanding Codes and Standards

Understanding Stress Verification Requirements

Supports and Special Items (in Level 2)

Applications (in Level 2)

Professional Case Study (in Level 3)

Caesar II Usage (in Level 3)

Requirements

Fundamentals of Mechanics

Piping Design

Description

This course intends to explain the methods underlying the Stress Analysis of Piping Systems.Piping Stress Analysis & Support Engineer is one of the most qualified jobs requested in Industrial Plants Companies.Typical applications are Process Plants such as Oil & Gas Plants (Onshore and Offshore), Chemical Plants, and Power Plants such as Thermal Power Plants and Hydro Power Plants.There is no piping design code that fully covers these topics. In the past years Engineering Companies have developed their internal design standards and procedures to meet the requirements to structural integrity, safety, economical and functional design of piping systems.In order to succeed with a professional design, this course is related to the use of international design codes and the most used computational calculation tool: Hexagon Caesar II®.To ensure adeguate learning of the subject, the course is divided in three parts, from the fundamentals to practical application.Level 1 (This course)ScopeMechanical verification of piping systemsLoads and ConstraintsThermal and Flexibility AnalysisModes of FailureCodes and StandardsStress verification requirementsLevel 2 (Available for purchase)SupportsFlexible jointsSpring HangersApplicationsLevel 3 (Available for purchase)Professional application with Caesar IIPiping 3D model importData collection and entryCalculation runResults AnalysisReportingWith these professional courses you'll learn a job.

Overview

Section 1: Module 1 - Introduction

Lecture 1 Module 1 - Introduction

Section 2: Module 2 - Scope

Lecture 2 Module 2 - Scope

Section 3: Module 3 - Mechanical Verification of Piping Systems

Lecture 3 Module 3 - Mechanical Verification of Piping Systems

Lecture 4 Piping Stress Analysis Specification Example

Section 4: Module 4 - Loads and Constraints

Lecture 5 Module 4 - Loads and Constraints

Section 5: Module 5 - Thermal and Flexibility Analysis

Lecture 6 Module 5 - Thermal and Flexibility Analysis

Section 6: Module 6 - Modes of Failure

Lecture 7 Module 6 - Modes of Failure

Section 7: Module 7 - Codes and Standards

Lecture 8 Module 7 - Codes and Standards

Section 8: Module 8 - Stress Verification Requirements

Lecture 9 Module 8 - Stress Verification Requirements

Section 9: Module 9 - Next Steps

Lecture 10 Module 9 - Next Steps

Section 10: Appendix

Lecture 11 Pipe Thickness Calculation

Chemical, Mechanical and Civil Engineers,Piping Designers,Project and Technical Managers,EPC Companies,Industries