I am a materials researcher specializing in metallurgical failure analysis, transmission electron microscopy (TEM), and microstructural characterization of metallic materials. My research focuses on identifying damage mechanisms and root causes of failure in industrial components through detailed analysis of microstructural degradation, precipitation behavior, phase evolution, corrosion, fracture, and high-temperature damage. My main research interests include TEM-based microstructure analysis, precipitate characterization, crystallographic analysis, and the evaluation of heat-resistant materials, including nickel-based alloys, steels, welded components, and boiler tube materials. I am particularly interested in precipitate formation and coarsening, grain boundary degradation, phase transformation, creep-related degradation, corrosion-assisted damage, and fracture mechanisms. By combining failure analysis with advanced microstructural investigation, I aim to understand the relationship between material processing, service conditions, microstructural evolution, and long-term reliability of engineering materials.