IITKGP

Ritwik Ghoshal

Assistant Professor Grade-I

Ocean Engg and Naval Architecture

ritwik@naval.iitkgp.ac.in

Research Areas

No Record Found.
  • Piezoelectric energy extraction from a cylinder undergoing vortex-induced vibration using internal resonance Joy A., Joshi V. , Narendran K. , Ghoshal R. By Scientific Reports 13 6924- (2023)
  • Shark skin biomimetic surface modification for plates:influence on free vibration response Nath A., Pal A. , Prabhakar A. , Ghoshal R. , Mitra N. By Mechanics Based Design of Structures and Machines 1-24 (2022)
  • Metallic sandwich panels subjected to high-intensity air-blast: Real-gas effects in modeling fluid-structure-interaction Ghoshal R. By Journal of Applied Physics 128 - (2020)
  • Underwater oblique shock wave reflection from submerged hydraulic structures Ghoshal R., Mitra N. By Ocean Engineering 209 - (2020)
  • Underwater oblique shock wave reflection from submerged hydraulic structures Ghoshal R., Mitra N. By Ocean Engineering 209 - (2020)
  • Underwater oblique shock wave reflection Ghoshal R., Mitra N. By Physical Review Fluids 3 - (2018)
  • Underwater oblique shock wave reflection Ghoshal R., Mitra N. By Physical Review Fluids 3 - (2018)

Principal Investigator

  • Design review of a cooling tower at IFFCO Phulpur PAHARPUR COOLING TOWERS LTD
  • Renewable Energy Harvesting from Coastal and Inland Waters Ministry of Shipping

Co-Principal Investigator

  • Centre for Inland and Coastal Maritime Technology - CICMT Ministry of Shipping
  • Performance improvement of auxetic core based composite sandwich plates: Machine learning-based optimization studies and experimental validation Science and Engineering Research Board (SERB)
  • Vortex energy drive for eco friendly and sustainable energy harvesting The Royal Academy of Engineering

Ph. D. Students

Akurati Prabhakar

Area of Research: Fluid Structure Interaction

Aninda Pal

Area of Research: Propeller Blade Vibration and Acoustics

Arun P

Area of Research: Fluid Structure Interaction

Ashwin Gurjar

Area of Research: Fluid structure interaction

Ayantika Das

Area of Research: Computational Mechanics