A synthetic-eddy method to represent the ambint turbulance in numerical simulation of marine current turbine

Carlier, C.; Pinon, G.; Gaurier, B.; Germain, G.; Rivoalen, E. (2015). A synthetic-eddy method to represent the ambint turbulance in numerical simulation of marine current turbine. Paper presented at 11th European Wave and Tidal Energy Conference (EWTEC 2015), Nantes, France.

@conference{Carlier-2015-10656,
author = {Carlier, C and Pinon, G and Gaurier, B and Germain, G and Rivoalen, E},
title = {A synthetic-eddy method to represent the ambint turbulance in numerical simulation of marine current turbine},
year = {2015},
month = {sep},
series = {11th European Wave and Tidal Energy Conference (EWTEC 2015)},
pages = {9},
address = {Nantes, France},
publisher = {EWTEC},
url = {https://ewtec.org/proceedings/},
keywords = {Axial Flow Turbine, Modeling},
}

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TY - CONF
TI - A synthetic-eddy method to represent the ambint turbulance in numerical simulation of marine current turbine
AU - Carlier, C
AU - Pinon, G
AU - Gaurier, B
AU - Germain, G
AU - Rivoalen, E
T2 - 11th European Wave and Tidal Energy Conference (EWTEC 2015)
C1 - Nantes, France
AB - The development of marine current turbines arrays has been an active research topic for some years. However, many studies are still necessary in order to fully understand the behavior of such arrays. One of these studies is the impact of the ambient turbulence on the behavior of marine current turbines. Indeed recent studies have shown that ambient turbulence intensity highly modifies the behavior of horizontal axis marine current turbines. Consequently numerical simulations have to represent the ambient turbulence or at least its effects on the performance and wake of the turbines. This paper presents the latest numerical developments carried out at LOMC in collaboration with IFREMER in order to take into account the effects of ambient turbulence.
DA - 2015/09//
PY - 2015
SP - 9
PB - EWTEC
UR - https://ewtec.org/proceedings/
LA - English
KW - Axial Flow Turbine
KW - Modeling
ER -

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Abstract

The development of marine current turbines arrays has been an active research topic for some years. However, many studies are still necessary in order to fully understand the behavior of such arrays. One of these studies is the impact of the ambient turbulence on the behavior of marine current turbines. Indeed recent studies have shown that ambient turbulence intensity highly modifies the behavior of horizontal axis marine current turbines. Consequently numerical simulations have to represent the ambient turbulence or at least its effects on the performance and wake of the turbines. This paper presents the latest numerical developments carried out at LOMC in collaboration with IFREMER in order to take into account the effects of ambient turbulence.

A synthetic-eddy method to represent the ambint turbulance in numerical simulation of marine current turbine is located in France.