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17
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43
| Title | Funding Agency |
| Fatigue testing machine with heating and cooling chamber | DST-FIST |
| Additive Manufacturing for fostering Trans-disciplinary Research | DST-PURSE |
| Title | Funding Agency |
| Fabrication of novel ceramic composites by Microwave sintering | DST-YSS |
| Microwave Sintering of Particulate Reinforced Tungsten Heavy alloys | DRDO |
| Enhancing research-based learning and teaching on advanced materials and manufacturing technologies for aerospace sectors in India and UK | Royal Academy of Engineering -UK, International |
| BENEFIT: Combining Theory and practice for sustainable Manufacturing | British Council |
| Development of a Stable Machinability Investigation and Thermal Modelling of Aerospace Material | AR & DB |
| Title | Application No. |
| A HIGHLY CONDUCTIVE TUNGSTEN ALLOY AND A METHOD OF DEVELOPMENT THEREOF | 202541001454 |
| Title | Application No. |
| ELECTROCHEMICAL CELL | Design Patent No: 425496-001 |
| Title | Publisher | Published Year |
| Microwave Sintering of Ferrous Systems | LAMBERT Academic Publishing | 2017 |
| Personal Website Link | : | https://vitdirectory.vit.ac.in/page/faculty/13954 |
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