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Ph.D. Students Supervised
Ph.D. Students Supervised
- Dr. Manish Gangil Status: Degree awarded on 20th Nov. 2018
Thesis Title: Optimization of EDM parameters on Machining of Titanium alloy using RSM and modern MCDM techniques, 2018.
Supervisor: Prof. M. K. Pradhan
- Dr. Gurjeet Singh Status: Degree Awarded on 27 Jan 2020
Thesis Title: Studies on Process Optimization of Plastic Injection Moulding Method using Hybrid Techniques, 2019
Supervisor: Prof. M. K. Pradhan Co-Supervisor : Prof. A. Verma
- Dr. Praveen Kumar Nigam Status: Degree Awarded on 20 April 2022
Thesis Title: Optimized design of large HAWT blade using BEMT to increase its efficiency.
Thesis Title: Optimized design of large HAWT blade using BEMT to increase its efficiency.
Supervisor: Prof. M. K. Pradhan Co-Supervisor : Prof. N. Tenguria
- Dr. Neeraj Agarwal Status: Degree Awarded on 21 Dec 2023
Thesis Title: Modelling and Optimization of Electrical Discharge Machining of Titanium Alloy 685 with the use of Advanced Optimization Techniques
Thesis Title: Modelling and Optimization of Electrical Discharge Machining of Titanium Alloy 685 with the use of Advanced Optimization Techniques
Supervisor: Prof. M. K. Pradhan Other Supervisor : Dr. Nitin Shrivastava
- Dr. Rakesh Kumar Patel Status: Degree Awarded on 2nd May 2024
Thesis Title: Modelling and Experimental Investigation of powder mixed dielectric properties and its effect on EDM process performance.
Supervisor: Prof. M. K. Pradhan
- Ambuj Pateria Status:
Thesis Title: Investigation of dynamics of rotor bearing systems and analysis of rotor bearing Parameters to reduce oil whirl instabilities.
Thesis Title: Investigation of dynamics of rotor bearing systems and analysis of rotor bearing Parameters to reduce oil whirl instabilities.
Supervisor: Prof. M. K. Pradhan Other Supervisor : Dr. Rajesh Gupta
- Amit Kumar Status: Degree Awarded on 9th January 2025
Thesis Title: Modelling and experimental investigation of machining performance in rotary tool electrical discharge machining
Thesis Title: Modelling and experimental investigation of machining performance in rotary tool electrical discharge machining
Supervisor: Prof. M. K. Pradhan
Mr. Rajesh Sharma Status: Submitted
Thesis Title: Experimental Investigation of Tribo-Mechanical Behaviour, Machinability and Corrosion Performance of AA8011 Hybrid Composites
Supervisor: Prof. M. K. Pradhan Co-Supervisor : Dr. P. K. Jain
- Saurabh Jain Status: 3rd Sem
Thesis Title: Experimental Investigations and Analysis of Process Parameters with Multi Performance Characteristic in Micro Electro Discharge Drilling Process
Area: Manufacturing and Materials
Supervisor: Prof. M. K. Pradhan Other Supervisor: Dr. Sudhanshu Kumar
- Surabhi Mahana Status: Completed COMPREHENSIVE EXAMINATION
Thesis Title: Spark-Assisted Hybrid Discharge Micro Deep-Hole Drilling in Difficult-to-Machine Materials: Experimental Investigation, Intelligent Modelling, and Optimization
Thesis Title: Spark-Assisted Hybrid Discharge Micro Deep-Hole Drilling in Difficult-to-Machine Materials: Experimental Investigation, Intelligent Modelling, and Optimization
Area: Micro-Manufacturing and Materials
Supervisor: Prof. M. K. Pradhan
Roshan Kumar Pahan Status: 1st Sem
Area: Micro-Manufacturing and Dielectric
Supervisor: Prof. M. K. Pradhan
Srikant Shukla Status: 2nd Sem
Thesis Title:
Area: development and Machinability of Advanced composite
Supervisor: Prof. M. K. Pradhan and Other Supervisor: Dr. Shailesh Vaidya
- Rajneesh Kumar Dwidedi Status: 1st Sem
Thesis Title:
Area: Micro-Manufacturing and Materials
Supervisor: Prof. M. K. Pradhan
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