Materials Engineering & Failure Analysis

Course Overview

Learning Objectives

• Analyze the fundamental principles of materials engineering and relate material properties to industrial applications during the course.
• Evaluate the mechanical, thermal, chemical, and metallurgical properties of engineering materials for specific service conditions.
• Apply structured material selection principles based on operating environment, design requirements, performance expectations, and lifecycle considerations.
• Analyze common material degradation mechanisms and evaluate their potential effects on equipment integrity and service life.
• Identify characteristic failure modes including fatigue, fracture, corrosion, erosion, creep, wear, and environmentally assisted cracking.
• Apply systematic failure investigation methodologies to collect, organize, and evaluate technical evidence.
• Evaluate visual, mechanical, metallurgical, and non-destructive examination findings when investigating failed components.
• Analyze the relationship between design conditions, manufacturing processes, material characteristics, operating conditions, and component failure.
• Apply root-cause analysis techniques to distinguish immediate failure mechanisms from contributing and systemic causes.
• Evaluate corrective and preventive actions and determine their suitability for reducing the likelihood of failure recurrence.
• Improve material selection, inspection, maintenance, and asset integrity decisions using failure analysis findings.
• Develop a practical materials and failure analysis improvement plan addressing identified technical and operational risks by the end of the course.

Who Should Attend

Learning Outcomes

• Explain the relationship between material composition, microstructure, mechanical properties, and industrial performance.
• Evaluate engineering materials according to mechanical, thermal, chemical, environmental, and service requirements.
• Select suitable materials for industrial applications based on operating conditions and expected degradation mechanisms.
• Identify common material failure modes and recognize their characteristic features.
• Distinguish between corrosion, fatigue, fracture, creep, erosion, wear, and environmentally assisted degradation.
• Develop a structured approach for investigating material and component failures.
• Collect and evaluate physical evidence while maintaining the integrity of failure investigation activities.
• Interpret findings from visual inspection, non-destructive testing, mechanical testing, and metallurgical examination.
• Apply root-cause analysis to determine immediate, contributing, and underlying causes of material failures.
• Evaluate the influence of design, fabrication, welding, heat treatment, installation, operation, and maintenance on failure occurrence.
• Recommend appropriate corrective and preventive actions to reduce failure recurrence and improve equipment reliability.
• Prepare a professional failure analysis report containing evidence, technical conclusions, root causes, recommendations, and follow-up actions.

Course Outline