Area of Research: Micro machining through electrochemical route
Area of Research: tailor welded blank
Area of Research: Optimisation of machining parameters for micro-electrochemical machining
Area of Research: Laser-based additive manufacturing of metals
Area of Research: Laser processing of materials
Area of Research: Additive Manufacturing
Area of Research: Laser micromachining
Area of Research: Laser processing of materials
Area of Research: Excimer laser based micromachining
Area of Research: Optimisation of Laser Processing of Materials
Area of Research: Laser deposition of materials
Area of Research: Optimisation of Laser Processing of Materials
Area of Research: Modeling of Laser Processing
Area of Research: Laser Additive Manufacturing
Area of Research: Additive Manufacturing
Area of Research: Laser Surface Engineering
Thesis Title: Multicomponent In-situ and Ex-situ Laser Coatings on Ti-6Al-4V and Al Substrates: Development, Characterization and Post-Processing
Area of Research: Formability of laser welded blank
Thesis Title: Formability Analysis of Laser Welded Dual Phase Steel Sheets for Auto-body Applications
Area of Research: Laser processing of materials
Thesis Title: Monitoring and Analysis of Mechanical as well as Laser Forming of Metal Foams
Area of Research: Laser micro machining
Thesis Title: Development and Characterization of Functional Coatings over Metallic Implant Surfaces for Improved Bio-Functionalities
Area of Research: Microfabrication and microfluidics
Thesis Title: Electrokinetics in Randomly Interconnected Porous Matrix and its Perspective in Microfluidic Applications
Area of Research: Surface microtexturing of implantable metals for better biocompatibilty
Thesis Title: Laser-based Additive Manufacturing of Graded Porous Implant and Surface Modification of Ti6Al4V for Improvement of Biofunctionalities
Area of Research: Laser material processing
Thesis Title: Laser Beam Welding of NiTinol: Experimental Study, Modeling and Optimization using Nature-Inspired Techniques
Area of Research: Laser welding
Thesis Title: Parametric Optimization and Weld Zone Characterization of Fiber Laser Welded SS304 and SS316 Sheets of Sub-millimeter Thickness