Research Papers

Mar 16 2023

TIGER Research Paper: Model-free environmental contours in higher dimensions

Carly Tait2023-03-16T09:28:31+00:00March 16, 2023|

Jan 13 2023

TIGER Research Paper: Impact of spatially varying flow conditions on the prediction of fatigue loads of a tidal turbine

Carly Tait2023-01-13T12:08:34+00:00January 13, 2023|

Dec 12 2022

TIGER Research Paper: An Empirical Wake Model Accounting For Velocity Deficit And Turbulence Intensity In A Simple Tidal Park

Carly Tait2022-12-12T15:26:34+00:00December 12, 2022|

Dec 12 2022

TIGER Research Paper: Developing an empirical model for added turbulence in a wake of tidal turbine

Carly Tait2022-12-12T15:26:26+00:00December 12, 2022|

Dec 12 2022

TIGER Research Paper: Study of the spatial variability of the flow characteristics for tidal energy by LES Approaches

Carly Tait2022-12-12T15:25:25+00:00December 12, 2022|

Dec 12 2022

TIGER Research Paper: Simulation des grandes échelles de la turbulence dans un écoulement de marée : effet d’une turbulence synthétique en condition d’entrée

Carly Tait2022-12-12T15:19:00+00:00December 12, 2022|

Dec 12 2022

TIGER Research Paper – Étude de la génération de turbulence par un fond complexe et effets potentiels sur une hydrolienne

Carly Tait2022-12-12T15:04:55+00:00December 12, 2022|

Dec 12 2022

TIGER Research Paper: Lattice Boltzmann Method turbulence modeling for tidal power environment simulation

Carly Tait2022-12-12T15:00:07+00:00December 12, 2022|

Dec 12 2022

TIGER Research Paper: Establishing confidence in predictions of fatigue loading for floating tidal turbines based on large-eddy simulations and unsteady blade element momentum

Carly Tait2022-12-12T09:40:24+00:00December 12, 2022|

Sep 27 2022

Research Paper: Developing an empirical model for added turbulence in a wake of tidal turbine

Carly Tait2022-09-27T08:23:00+01:00September 27, 2022|