Industrial Metallurgy

MATERIALS. PROCESSES. PERFORMANCE.

Exploring the science behind materials
and the engineering behind their performance.

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Failure analysis of Hot Forging Die Insert

A detailed investigation on premature failure before achieving intended life

Hot Forging Die Life Improvement

Detailed project and study on significant improvement of Die life

Hot Forging Die Life Improvement

A detailed investigation on premature failure before achieving intended life

Failure analysis of Hot Forging Die Insert

Detailed project and study on significant improvement of Die life

ABOUT INDUSTRIAL METALLURGY

Practical Metallurgical Knowledge

I am a Metallurgical Engineer with over 13 years of experience in materials engineering, research and development, quality assurance, manufacturing processes, and metallurgical testing.

Through Industrial Metallurgy, I share practical insights that connect materials science with real-world engineering challenges, helping engineers and manufacturing professionals understand material behaviour, optimize processes, and improve component reliability.

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Materials Science

Microstructure, phase transformations and material properties.

Failure Analysis

Fractography, root cause analysis and reliability.

Casting & Forging

Solidification, forging processes, defects and process control.

Heat Treatment

Hardening, tempering, carburizing, nitriding and more.

Materials Testing

Hardness, tensile, impact and chemical analysis and many more

Quality & Standards

Material specifications, supplier quality and audit practices.

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