Material Specification and Selection

Participants join this course to develop practical skills in selecting the right materials for different engineering applications. It helps engineers understand material specifications, standards, and compatibility requirements while reducing risks related to corrosion, failure, and premature equipment damage. The course is useful for improving design decisions, project quality, reliability, and cost effectiveness. It is suitable for professionals involved in design, procurement, materials engineering, fabrication, inspection, and maintenance.

• Fundamentals of engineering materials and material properties

• Material classification: metals, alloys, polymers, composites, and ceramics

• Material specifications, grades, standards, and codes

• Mechanical, thermal, chemical, and electrical properties

• Material selection criteria and decision-making methods

• Corrosion and corrosion-resistant material selection

• Temperature, pressure, and environmental considerations

• Material compatibility and service conditions

• Material selection for piping, pressure vessels, and equipment

• Welding, fabrication, and machinability considerations

• Material testing, inspection, and certification

• Material failure mechanisms and prevention

• Cost, availability, lifecycle, and maintainability considerations

• Practical material selection case studies