Executed 35 years of research in Materials Technology, specializing in tribological, mechanical, and metallurgical testing of metallic, ceramic, and polymeric materials.
Designed and developed a facility for simultaneous detection of dissolved gases in liquid dielectrics using gas solid chromatographic technique.
Modified and developed abrasion potential assessment for various coal grades, significantly impacting mill performance.
Successfully transferred technology for the design and development of a high mass flux regime solid particle erosion test setup.
Conducted extensive failure analysis investigations on engineering components and performed remaining life assessment studies on thermal power plant components under RLA – R & M program.
Developed wear-resistant castings via induction melting and casting routes, improving component longevity and efficiency.
Published 246 research papers, 12 technical reports, 3 articles, and awarded 3 patents, demonstrating significant contributions to the field.