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Kostia Roncin

A continuous and analytical modeling for kites as auxiliary propulsion devoted to merchant ships, including fuel saving estimation
2015 · R. Leloup, K. Roncin, et al. · Renewable Energy · 53
Analytical Tether Model for Static Kite Flight
2018 · Nedeleg Bigi, Alain Nême, et al. · Green energy and technology · 29
Kite and classical rig sailing performance comparison on a one design keel boat
2014 · R. Leloup, K. Roncin, et al. · Ocean Engineering · 28
Dynamic simulation of two sailing boats in match racing
2004 · K. Roncin, J. M. Kobus · Sports Engineering · 28
Estimation of the Lift-to-Drag Ratio Using the Lifting Line Method: Application to a Leading Edge Inflatable Kite
2013 · Richard Leloup, Kostia Roncin, et al. · Green energy and technology · 20
Ship Towed by Kite: Investigation of the Dynamic Coupling
2020 · Nedeleg Bigi, Kostia Roncin, et al. · Journal of Marine Science and Engineering · 19
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Flapping wing propulsion: Comparison between discrete vortex method and other models
2022 · T. M. Faure, K. Roncin, et al. · Physics of Fluids · 16
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An Engineering Design Approach for the Development of an Autonomous Sailboat to Cross the Atlantic Ocean
2021 · Tanaka Akiyama, Jean-Francois Bousquet, et al. · Applied Sciences · 12
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Breizh Spirit, a Reliable Boat for Crossing the Atlantic Ocean
2011 · Richard Leloup, Frédéric Le Pivert, et al. · Springer eBooks · 10
Benchmarking of a 3D non-linear lifting line method against 3D RANSE simulations
2019 · Chloé Duport, Jean-Baptiste Leroux, et al. · La Houille Blanche · 9
Fuel economy assessment tool for auxiliary kite propulsion of merchant ship
2018 · Vincent Podeur, Damien Merdrignac, et al. · La Houille Blanche · 9
Application of Phase Averaging Method for Measuring Kites Performance: Onshore Results
2018 · Morgan Behrel, Kostia Roncin, et al. · Journal of Sailing Technology · 6
Benchmark Sea Trials on a 6-Meter Boat Powered by Kite
2020 · Kostia Roncin, Morgan Behrel, et al. · Applied Sciences · 5
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A Hardware-in-the-Loop Simulator to Optimize Autonomous Sailboat Performance in Real Ocean Conditions
2023 · Tanaka Akiyama, Kostia Roncin, et al. · Journal of Marine Science and Engineering · 4
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Influence of Kite Characteristics on Propulsive Power Applied to Ship Auxiliary Propulsion
2021 · Q. Penloup, K. Roncin, et al. · Journal of Sailing Technology · 3
Etude de l'efficience d'un systeme de propulsion maritime par foil oscillant souple
2020 · Simonet, Théo, Roncin, Kostia, et al. · HAL · 3
Kite as a Beam: A Fast Method to get the Flying Shape
2018 · Alain de Solminihac, Alain Nême, et al. · Green energy and technology · 3
A Novel Modeling for Performance Assessment of Kites as Auxiliary Propulsion Device for Merchant Ships
2013 · LBMS (EA 4325), ENSTA - Bretagne, France, R Leloup, et al. · International Conference on Computer Applications in Shipbuilding · 3
Simulation Dynamique De La Navigation De Deux Voiliers En Interaction
2002 · Kostia Roncin · HAL · 3
Méthodologie pour la validation du simulateur de voilier par des essais en mer, une première tentative
2020 · RONCIN, Kostia, Kobus, Jean-Michel, et al. · HAL · 2
Performance measurement of a 50-square-meter kite set-up on a 13-meter trawler
2019 · Morgan Behrel, Kostia Roncin, et al. · La Houille Blanche · 2
Simulation dynamique du voilier
2010 · Roncin, Kostia, Kobus, Jean-Michel · arXiv (Cornell University) · 2
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An Efficient 3D Non-Linear Lifting-Line Method with Correction for Post-Stall Regime
2024 · Théo Simonet, Kostia Roncin, et al. · Research Square · 1
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Boat towed by kite : methodolgy for sea trials
2018 · Behrel, Morgan, Roncin, Kostia, et al. · HAL · 1
Dynamic modeling of ships towed by kite
2018 · Nedeleg Bigi, Morgann Behrel, et al. · La Houille Blanche · 1
Works count: 59
Citation count: 274
H-index: 9
I10-index: 9
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