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On-going Research Projects

  • Development of aluminium - graphene composite for thermal energy conservation (M.Tech. - NIAMT)

  • Experimental validation of novel hybrid electrical energy generation system (Co-guide: M.Tech. COEP Tech.)

  • Synthesis of Cost-Effective High Entropy Alloy (B.Tech. NIAMT)

  • Application of Thermoelectric Zinc Antimonide as a Cooling System for Refrigeration (B.Tech. NIAMT)

Research Projects Completed

PG Project Dissertation

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  • Fabrication of Thermoelectric Material Manganese Silicides (MnSi1.73) through Powder Metallurgical route and analyzing its Thermoelectric Properties - Shankar Naganoor - 2017 - COEP

  • Heat Transfer Coefficient at interface of Solar Salt and cylinder In an innovative Heat Exchanger - Shrikant Sabale - 2018 - COEP

  •  Synthesis of Thermoelectric p-type and n-type beta-FeSi2 through Powder Metallurgical route - Snehal Chaudhary - 2018 - COEP

  • Development of High Entropy Eutectic Alloys through Arc Melting Route - Shailesh Gore - 2019

  • Development of Thermoelectric Generator (TEG) circuit for industrial applications - Anjali Rajmane - 2020 - COEP

  • Hard facing of substrate using high entropy alloy - Shubham Dabhekar - 2020 - COEP

  • Application of beta-FeSi2 for harvesting solar energy - Pradnya Bhaik - 2020 - COEP

  • Study of synergy between photovotaic, thermoelectric and evaporative cooling system for improved performance - Vishal Ranawade - 2021 - COEP

  • Experimental validation of novel hybrid electrical energy generation system (Co-guide) - Mandar Ujjainkar - 2022 - COEP

  • Development of aluminium - graphene composite for thermal energy conservation - Akash Anand - 2023 - NIAMT

  • Design, Analysis and Development of Knuckle Boom Crane - Aravind Doss R. - 2024 - NIAMT

 

UG Project Dissertation

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  • Study of High Temperature Deformation of P91 Steel used for Power Plant Application - Siddhant Thorat - 2017 - COEP

  • Heat Treatment Study of P91 Steel - Akshay Vidhate - 2018 - COEP

  • Synthesis and Characterization of Iron Disilicide Thermoelectric Material through Conventional Powder Metallurgy Route - Gangadhar Battalwad and Akhil Patil - 2018 - COEP

  • Synthesis and Characterization of Thermoelectric Material Cobalt Disilicide (CoSi2) and Magnesium Disilicide (MgSi2) through Powder Metallurgical Route - Sayali Patil and Neha Vemula - 2019 - COEP

  • Beta Iron Disilicide Thermoelectric Material and its Photovoltaic Applications - Varun Kasat and Sopan Mutatkar - 2020 - COEP

  • Remarkable Influence of Additives on Properties of High Entropy Alloy - Akshata Gole and Rutuja Dongare - 2020 - COEP

  • Parametric Analysis of Electrode materials for Heat generation in Sodium ion battery : A material selection approach - Aishwarya Janbandhu and Neeta Kamat - 2021 - COEP

  • Influence of Material Characteristics on the Kinetics of Sodium Ion Battery - Neha Patil, Shivani Patil and Vishakha Rodge - 2021 - COEP

  • New Scalable Synthesis Route for High Entropy Alloy - Akshata Kadam and Rutuja Sangale - 2022 - COEP

  • Use of Cascaded Thermoelectric to Improve the Efficiency of Photovoltaic Cell - Amar Khedkar and Rahul Rajgadkar - 2022 - COEP

  • Application of Thermoelectric Zinc Antimonide as a Cooling System for Refrigeration - Prince Kumar and Prashant Rishu - 2023 - NIAMT

  • Synthesis of Cost-Effective High Entropy Alloy - Tathagat Kumar and Sarveshwari Singh - 2023 - NIAMT

  • Synthesis and Characterization of Aluminum Graphene Composite for High Thermal Conductivity used as Heat Exchanger Material for Electronic Devices - Akash Kumar and Arpan Singh - 2024 - NIAMT

  • Comparative Study of High Entropy Alloy Synthesized Using Vacuum Arc Melting and Conventional Powder Metallurgy Route - Astitva Tiwari and Dhananjay Kumar - 2024 - NIAMT

  • Synthesis of Novel Copper - Silver Composite for High Electrical Conductivity of 105 IACS - Ankush Raj and Sumit Kumar - 2024 - NIAMT

Molecules

Government Sponsored Projects

  1. Co-PI: High temperature wear study of high entropy alloy: AICTE-RPS: 2020-2022: INR 12.53 Lacs

  2. Co-PI: Studies on microstructure and Mechanical Properties of En19 Steel for small arms gun barrel applications: ARDE-DRDO: 2021-2023: INR 8.5 Lacs.

  3. Co-PI: Multiferroics for future electronics: COEP: 2021-2024: INR 5 Lacs

My Projects

PhD Project:

Title: Influence of Additives on Transformation Characteristics and Thermoelectric Behaviour of β-Iron Disilicide.

Guide: Prof. N. B. Dhokey

COEP, Pune, Maharashtra, India

 

M.Tech. Project:

Title: Cold Roll Bonding of Mild Steel and Aluminium.

Guide: Prof. M. J. Rathod

COEP, Pune, Maharashtra, India

 

B.E. Project:

Title: Synthesis and Characterization of Lithium Ion Conducting Glass Ceramics

Guides: Prof. V. K. Deshpande, Prof. D.R.Peshwe

VNIT, Nagpur, Maharashtra, India

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