05. Stress Analysis of GRE & FRP piping

Module 1: GRE Stress Analysis Basics

• 1.1 Introduction to GRE Piping Systems
  • Understanding GRE materials and properties
  • Overview of GRE piping components
• 1.2 Fundamentals of Stress Analysis for GRE Piping
  • Stress types and classifications
  • Principles of stress analysis for GRE piping
• 1.3 GRE Piping Load Scenarios and Analysis
  • Operating loads, thermal loads, and external forces
  • Load combinations and stress intensity

Module 2: GRE Flange Leakage Analysis

• 2.1 Flange Design and Considerations
  • Flange types, classifications, and applications
  • Flange material selection and compatibility
• 2.2 Flange Leakage Mechanisms
  • Understanding factors leading to flange leakage
  • Leak detection and prevention strategies
• 2.3 Practical Flange Leakage Analysis
  • Analyzing leakage risks and consequences
  • Mitigation techniques and best practices

Module 3: FRP Pipe Stress Analysis Case Study

• 3.1 Overview of FRP Piping Systems
  • Properties and advantages of FRP materials
  • FRP piping design considerations
• 3.2 Case Study: FRP Pipe Stress Analysis
  • Real-world FRP piping project overview
  • Stress analysis methodologies and approaches for the case study
• 3.3 Analytical Assessment and Recommendations
  • Evaluating stress results and identifying critical points
  • Providing recommendations for optimizing FRP pipe performance