We work on different aspects of diffusion-controlled microstructural evolution in complex multicomponent materials which are related to various high temperature physical and mechanical properties of materials.
Recently, we solved the unsolved by developing new experimental methods in multicomponent diffusion, which remove the stringent mathematical and experimental obstacles based on Onsager formalism after nine decades. The single-phase high entropy alloys and other multicomponent concentrated alloys provide platforms to establish the newly developed methods by correlating diffusion rates of components with microstructural and compositional evolution.
We work extensively on coatings for Ni-base single crystal superalloys used in jet engines and land (power sector) based gas turbines, various aspects of material systems used in flip-chip bonding of micro-electronic component, growth of A15 intermetallic superconductors for the use in several advance technologies (ITER project, high luminosity in large hadron collider at CERN).
News and updates
- Varun A. Baheti published an article showing equivalence of two well established methods settling the discussion of last six decades. (Link to the article).
- Varun A. Baheti receives the James Clerk Maxwell prize for his publication in Philosophical Magazine, 2017. (Link to the article).
- N. Esakkiraja published an article proposing a pseudo ternary method in extension to the previously developed pseudo binary method in our group. These methods make the impossible possible in multicomponent systems after nine decades. (Link or arXiv link to the article).
- Aloke Paul receives the Shanti Swarup Bhatnagar Prize, Government of India, 2017. Listed in Asian Scientist 100, 2018 Edition in Materials Science Category.
- Sangeeta Santra received the prestigious Royal Newtonian International Fellowship for her postdoctoral position at the Oxford University, UK.