> Development of meshfree particle based models for violent wave structure interactions.
> Breaking wave impact, slamming.
> water wave energy.
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Local overshoot and wind effects on wave overtopping at vertical coastal structures Chowdhury S. D., Zhou J. G., Khait A. , Causon D. , Qian L. , Mingham C. , Pullen T. By Proceedings of the Institution of Civil Engineers - Maritime Engineering 176 3-13 (2023)
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Numerical investigation of bottom slamming using one and two way coupled methods of S175 hull Acharya A., Chowdhury S. D., Paloth F. P., Datta R. By Applied Ocean Research 139 1-23 (2023)
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Wind Effects on Wave Overtopping at a Vertical Sea Defense Chowdhury S. D., Zhou J. G., Khait A. , Pullen T. , Causon D. , Qian L. , Mingham C. By Journal of Waterway, Port, Coastal and Ocean Engineering 149 04023010-1-04023010-1 (2023)
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Computation of complex resonances in non-symmetric arrays of floating cylinders using a homotopy method Chowdhury S. D., Bennetts L. , Manasseh R. By KOZWaves 2022 - (2022)
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Hydrodynamic investigation on wind effects on wave overtopping at vertical seawalls Chowdhury S. D., Zhou J. G., Pullen T. By 23rd IAHR APD 1-13 (2022)
Principal Investigator
- The role of air compression in the breaking wave impact in shallow depth sloshing with different wall shapes
Co-Principal Investigator
- Renewable Energy Harvesting from Coastal and Inland Waters Ministry of Shipping
Ph. D. Students
Ayantika Das
Area of Research: Computational Mechanics
