Edited by:
M. Adam Khan, PhD, Kalasalingam Academy of Research and Educations, Tamilnadu, India.
Journal of Material Science: Materials in Engineering is calling for submissions to our Collection on Interface in Materials Science and Manufacturing
M. Adam Khan, PhD, Kalasalingam Academy of Research and Educations, Tamilnadu, India.
Dr. M. Adam Khan; is an Associate Professor from Department of Mechanical Engineering at Kalasalingam University, India. He started to serve as an Educator cum Researcher from the year 2006. He did his Post Doctoral research on Sustainable manufacturing for advanced materials from the University of Johannesburg, Doornfontein Campus, Johannesburg, South Africa. Doctoral Degree from National Institute of Technology, Trichy, India on Thermal spray coatings and Surface Engineering for Gas Turbine engines. He received his UG and PG Degree from Anna University Chennai, India. His thrust research areas are Additive Manufacturing, Advanced Materials, Tribology, Corrosion and Surface Science. He is a Guest Editor for a Book on “Innovations in Additive Manufacturing” – for SpringerNature Publishers.
So far, he has published more than sixty technical articles in the Journal of International Repute and more than fifty technical papers in the International / National Conferences. He holds reviewer status with top leadings journals in Elsevier, Springer, Taylor&Francis, IOP Sciences, Inderscience and so on. So far, he has delivered more than twenty lecturers at different universities / colleges.
The sustainable manufacturing process are adopted to develop the rare metals and high-performance materials for wide range of engineering products. Especially for the high temperature applications the materials mutated to have appreciable physical and chemical properties without compensating the mechanical behaviour of the material. The high entropy alloy is one of the representations for high temperature applications. These alloys are not to a standard composition and they are developed based on the application and configuration of the element. Especially for the aviation engines, automobile spares, electronic gadgets and its accessories and so on. Laser source is used to develop and process the hard metals. Some of the Industries are using laser beam in additive manufacturing to develop higher end toys and drone for play station. The laser energy has focused heat to sinter and fuse the metal. The ceramic composites and rare earth materials are developed to expose in the aggressive environment. The less in self – weight materials like the foam structure and architected models are developed to face the thermal environment and aggressive environment. Still there is an open challenge and demand for the development of metals / alloy for high aggressive environment.
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