PhD Ongoing:
Vishnu A. S (ME20RESCH11002): Large Area Additive Manufacturing (blown powder DED based)
Subendu Naskar (ME18RESCH11003): Post-processing studies of AM components (co-guiding with Prof. Bharat B. Panigrahi, MSME).
PhD Completed:
Somashekara M.A. (2016): Manufacture of Functionally Gradient Objects through Weld-deposition
Jayaprakash Sharma, P. (2017): Additive Manufacturing of Complex Metallic Objects with Overhanging Features: Slicing and Path Planning Strategies
Shashi Ranjan Mohan (2020): Design for Additive Manufacturing: Incorporation of Various Additive Manufacturing Constraints into the Design Domain for DFAM
Srinath Ellaswamy Gudur (2022): Development of a deposition and deformation based Additive Manufacturing System to Enhance Product Complexity and Mechanical Properties.
Vishwanath Nagallapati (2023): A Study on Various Thermal management approaches for Wire Arc Additive Manufacturing Process.
MTech Completed:
Dukka Dinesh (2023): Process Parameters study and Distortion Control in WAAM
Nitin P. Puthran (2023): Study of profiled, non-planar deposition parameters for WAAM process (co-guided with Prof. Venkata Reddy)
Pranav Bhardwaj (2023): Application of Machine Learning for Thermal Evolution in Additive Manufacturing (co-guided with Dr Anurup Dutta)
Naveen Kumar (2023): Simulation of Powder Bed Fusion Process and Early Attempts at Creation of ML Framework
Aman Jain (2023): Machine Learning approach for temperature mapping in WAAM (co-guided with Dr Saketha Nath)
Saurav Singh (2022): Process planning and Hybridization for Wire Arc Additive Manufacturing
Kailash Chandrakar (2022): Hot wire cutting technique for polymer acoustics absorber sheet fabrication
Amol Auliyan (2022): Metallic lattices: Modelling & Manufacturing
Janmejay D. Kulkarni (2021): Thermal Modeling of Wire Direct Energy Deposition using Graph Network Theory
Akshar Kota (2021): Study of Energy Consumption in Metal Additive Manufacturing
Lokeswar D (2021): A Preliminary study of 2D and 3D Lattices: Methodology for their CAD Modelling and Strain Behaviour
Vidyaram Kumar (2021): Influence of Process Parameters on Surface Finish in Selective Laser Melting
Vishal Sharma (2020): Laser-Arc Hybrid System for Additive Manufacturing of Large Components with Shape Optimization.
Ruchit Shah (2020): Study of Parameters Affecting Part Strength in FDM based Additive Manufacturing and their applications for Fabrication of Auxetic structures.
Pushkar Kumar Pandey (2019): Manufacturing of large metallic components through WAAM.
Mahesh Varma R (2018): Studies on Extrusion based Additive Manufacturing of Poly-Ether-Ether-Ketone (PEEK).
Vivek Kumar Khare (2018): Thermal Management Approaches for Distortion Control in Metal Additive Manufacturing.
Mridul Hedau (2018): Temperature Distribution during Single Pass Multi Layer Welding in Additive Manufacturing.
Amit Kumar Shukla (2018): 3D Bio-printing of Patient Specific Blood Vessels and Perfusion based Bioreactor to Investigate Endothelial Cell Survival.
Kumthekar Nitin Balu (2017): Experimental Studies on Assessment and Reduction of Surface Waviness for Weld Deposition based Additive Manufacturing
Mahendra Date (2016): Design and Development of Alginate Based Drop on Demand Setup for Bio-Fabrication
Md. Shahid Ansari (2015): Studies on Additive Manufacturing of Hard and Soft Scaffold for Tissue Engineering Applications
Avinash Kumar (2015): Finite Element Modeling of Weld Deposition Based Additive Manufacturing
Nathu Lal Singroul (2015): Effect of parameters on Grain Orientation Behaviour in Single Point Incremental Forming
Maddu Naveen Kumar (2014): FEA Modelling of Weld-deposition based Additive Manufacturing for the Residual Stress Prediction
Utala Vamsi Avinash (2014): Effect of Build Parameters on the Strength of FDM Parts
Piyush Sharma (2014): Determination Of The Best Fit Model For Bead Cross-Section Profile During Weld-Deposition
Robin Mathews (2013): Effect of Area-Filling Path on the Residual Stresses Developed During Weld-Deposition Based Additive Manufacturing
Vinay Kumar P. (2012): Evaluation of Rapid Manufacturing Solutions for Improved Knee Implants using Finite Element Analysis