Total Number of Projects: 25
Ongoing: 4
Completed: 21
Total Funding: ~ 15.47 Crores
The current research focus is to work on methods and techniques to characterize noise sources, both theoretically and through measurements. Hybrid analytical/experimental methods are also pursued in order to find the fundamental mechanisms that control the noise and vibration behavior of machines, systems and materials.
The current research efforts will be focused on following topics:
Source Identification Methods
Passive Noise Control Methods
Nature Inspired Acoustic Solutions
Sound Quality
Environmental Noise
Ongoing Projects
1. Low Noise, Energy Efficient, High Rpm Bearing for Electric Vehicle, (PI), Funded by DHI, GoI, Aug2019-Aug2021.
2. Design and fabrication of autonomous passenger drone, (Chief Investigator/Co-PI), Funded by MeITY, GoI, April 2019-Mar 2022.
3.Transmission loss measurement of HVAC duct (PI), Funded by Alstom Transport India Ltd, June 2021-June 2022.
4.Acoustic Performance in MVS Housing (PI), Funded by Honeywell Technology Solutions Lab Pvt. Ltd, April-Sept 2022.
Completed Projects
1. Study of Automotive Horn Sound Quality, (PI), Funded by DST under Fast Track scheme for Young Scientist., July 2012-July 2015.
2. Fuel Tank Sloshing Noise, (Co-PI), Funded by Mercedes-Benz Research & Development India Pvt. Ltd., July 2012-Nov 2014.
3. Acoustic Analysis of Afterburner screech Liner, (PI), Funded by Gas Turbine Research Establishment under GATET Program, Feb 2016-Oct 2017.
4. Development of low frequency noise control sheet absorber: A biomimetic solution. (PI), Funded by Department of Science and Technologies under TSDP, April 2016-March 2019.
5. Flow Modifiers and its effect on noise control, (PI), Funded by Eaton Pvt. Ltd, Pune, Nov 2014-July 2016.
6. Acoustic Characterization of Functionally Engineering Material, (PI), Funded by Boeing Company, Nov 2016-Aug 2019.
7. Sound Quality Analysis of Automotive Horn, (PI), Funded by Hyundai Motor India Engineering Pvt. Ltd. Aug 2011-Dec 2011.
8. Vibration and Acoustic Analysis of Compressor, (PI), Funded by GE Global Research, Bangalore, March-2013 – June 2014.
9. Noise & Vibration Study of Mixer, (PI), Funded by Preethi Kitchen Appliance Pvt. Ltd, February-October 2014.
10. Development of India Specific car audio tuning parameters, (PI), Funded by Hyundai Motor India Engineering Pvt. Ltd, June 2015-Dec 2015.
11. Refurbishment of BRDM-II Vehicle, (Co-PI), Funded by Army Technology Board, Nov 2012-March 2014.
12. Design and Development of a System for Remote Health Monitoring through Condition Based Monitoring (CBM) in Networking Environment for BMP II, (Co-PI), Funded by Army Technology Board, March 2013 –March 2015.
13. Remote Assessment of Residual Mission Reliability of an AFV through CBM of Tank T-90 (phase-II), (Co-PI), Funded by Army Technology Board, March 2013 –March 2015.
14. Development of Noise attenuation methodology of a single stage axial fan, (PI), Funded by Bharat Heavy Electricals Ltd R& D Division, Aug 2015-July 2016.
15. Development of Transformer Noise attenuation concepts using Numerical models and experimental measurements, (PI), Funded by Bharat Heavy Electricals Ltd R& D Division, Jan 2016-Sep 2016.
16. Study of Two-Pole Motor Noise Reduction, (PI), Funded by Bharat Heavy Electricals Ltd R& D Division, Jan 2016-Sep 2016.
17. Development of Noise Measuring Facility, (PI), Funded by National Engineering Industries Ltd, July 2018-Dec 2018.
18. Design of exhaust muffler for Rotary Engine, (PI), Funded by Honeywell Technology Solutions Lab Pvt. Ltd, July 2020-Nov 2020.
19. Prediction of Acoustic Environment in Fairing Cavity, (PI), Funded by ASL, DRDO, Feb -March 2022.
20. Acoustic performance of automotive air intake filtration system, (PI), Funded by Fleetguard Filters Private Limited, Sept 2019-April 2021.
21. Quieter solutions for smoke detector (PI), Funded by Honeywell Technology Solutions Lab Pvt. Ltd Oct 2021-Dec 2021.