Follow
Roshan Suminda Ranasinghe
Roshan Suminda Ranasinghe
Verified email at tees.ac.uk
Title
Cited by
Cited by
Year
Modeling of waves & currents around porous submerged breakwaters
RS Ranasinghe, S Sato, Y Tajima
Proceedings Of Coastal Dynamics 2009: Impacts of Human Activities on Dynamic …, 2009
202009
Beach morphology behind single impermeable submerged breakwater under obliquely incident waves
RS Ranasinghe, S Sato
Coastal Engineering Journal 49 (1), 1-24, 2007
162007
Boussinesq modelling of waves and currents over submerged breakwaters
RS Ranasinghe, S Sato, Y Tajima
Asian and Pacific Coasts 2009: (In 4 Volumes, with CD-ROM), 58-64, 2010
152010
Local concentration of waves due to abrupt alongshore variation of nearshore bathymetry
RS Ranasinghe, Y Fukase, S Sato, Y Tajima
Coastal Engineering Journal 53 (03), 201-222, 2011
52011
Numerical modelling of wave transformation over submerged breakwaters using Boussinesq-type models
RS Ranasinghe
Journal of the National Science Foundation of Sri Lanka 46 (3), 2018
42018
Modelling of waves and wave-induced currents in the vicinity of submerged structures under regular waves using nonlinear wave-current models
RS Ranasinghe
Ocean Engineering 247, 110707, 2022
32022
Locally concentrated damage at Shimoniikawa coast, Toyama Bay, Japan due to giant swell waves
RS Ranasinghe, Y Fukase, S Sato, Y Tajima
Proceedings of the Coastal Engineering Conference 32, 2010
32010
Transformation of Long-Period Giant Waves on the Shimoniikawa Coast
S Fukase, Y., Ranasinghe, R.S., Tajima, Y., Sato
Coastal Engineering Japan 56 (2), 1411-1415, 2009
3*2009
Simulation of breaking waves over different seabed configurations using phase-resolving wave models.
RS Ranasinghe
Journal of the National Science Foundation of Sri Lanka 49 (1), 2021
12021
Modelling of Wave Energy Dissipation over Porous Mounds using Boussinesq-type Equations
RS Ranasinghe
ENGINEER 53 (03), 27-36, 2020
12020
A Comparative Study of Eddy Viscosity Type Models for Simulating Wave Breaking Induced Energy Dissipation in Boussinesq Models
RS Ranasinghe
ENGINEER 53 (02), 01-12, 2020
12020
Evolution of nearshore currents around submerged breakwaters
RS Ranasinghe, S Sato, Y Tajima, MJ Muliawan
Coastal Engineering 2008: (In 5 Volumes), 927-939, 2009
12009
Longshore sand transport rate measurements using small-scale physical models
RS Ranasinghe, S Sato
Coastal Sediments' 07, 68-81, 2007
12007
Physical modeling of flow in the ancient inlet sluice barrel of Nuwara wewa reservoir, Sri Lanka
GN Paranavithana, RS Ranasinghe, JM Jayasundara, HW Harindra, ...
Water Projects and Technologies in Asia, 263-275, 2023
2023
Investigation of hydraulic characteristics of ancient inlet sluice barrel in Nuwara wewa reservoir
GN Paranavithana, J Jayasundara, HWG Harindra, WDN Ranasinghe, ...
22nd Congress of the International Association for Hydro-Environment …, 2020
2020
INVESTIGATION OF HYDRAULIC CHARACTERISTICS OF ANCIENT INLET SLUICE BARREL IN NUWARA WEWA RESERVOIR
RSR Ganila Paranavithana, J M W S Jayasundara, H W G Harindra
22nd IAHR-APD Congress, Sapporo, Japan, 2020
2020
Mechanisms and countermeasures for local amplification of long-period waves due to alongshore change in nearshore bathymetry
RS Fukase, Y., Sato, S., Tajima, Y., Ranasinghe
Coastal Engineering Japan 57 (2), 1282-1286, 2010
2010
Modeling waves & currents around submerged breakwaters and over complex bathymetries
RR Suminda
東京大学, 2009
2009
Beach morphology behind an impermeable submerged breakwater under obliquely incident waves
RS Ranasinghe, S Sato
Coastal Engineering 2006: (In 5 Volumes), 3682-3694, 2007
2007
The concentration mechanism of damage to south-west coast of Sri Lanka by Indian Ocean Tsunami
S Koibuchi, Y., Honda, T., Welhena, T., Ranasinghe, R.S., Sato
Coastal Engineering Japan 52 (3), 1411-1415, 2005
2005
The system can't perform the operation now. Try again later.
Articles 1–20