The general context of the present thesis is renewable energies within the HARVEST program initialized at LEGI laboratory, which consists in developing a Darrieus-type water current turbine (WCT). The WTC can be equipped with a channelling device which allows transforming a bigger amount of the kinetic energy contained in the flowstream into electricity. The present work is focused on the channelling devices. Studies concern three main topics: the explanation of the channelling device hydrodynamic functioning, the evaluation of the performance of the shrouded WCT and the revealing of the system geometrical parameters which allow its improvement or optimisation. All studies have been carried out by 2D RANS calculations and available experime...
La récupération, grâce aux hydroliennes, de l’énergie cinétique de courants marins et fluviaux const...
Hydropower is an important source of energy in Latin America. Many countries in the region, includin...
Le projet HARVEST a pour objectif de développer un nouveau type de turbomachine, dite hydrolienne, c...
The general context of the present thesis is renewable energies within the HARVEST program initializ...
Cette thèse s'inscrit dans le cadre des énergies renouvelables au sein du programme HARVEST du labor...
The general context of the present thesis is renewable energies within the HARVEST project, which co...
Instream water turbines belong to the innovative energy which could contribute to the diversificatio...
Harnessing kinetic energy from oceans or rivers is a promising source of renewable energy. The hydro...
The HARVEST project's objective consists in developing a new type of turbo- machine, named hydrolien...
Cross-flow water turbines represent a potential renewable energy resource which needs more exploring...
Renewable energy sources provide a sustainable power production for the future. Hydropower is one of...
The capture, thanks to hydrokinetic turbines, of the kinetic energy generated by sea and river curre...
The current research focuses on the design, fabrication, and testing of an experimental vertical axi...
Cette thèse s'inscrit dans le cadre des énergies renouvelables au sein du programme HARVEST centré s...
National audienceThe present study deals with the efficiency of cross flow water current turbine. Fi...
La récupération, grâce aux hydroliennes, de l’énergie cinétique de courants marins et fluviaux const...
Hydropower is an important source of energy in Latin America. Many countries in the region, includin...
Le projet HARVEST a pour objectif de développer un nouveau type de turbomachine, dite hydrolienne, c...
The general context of the present thesis is renewable energies within the HARVEST program initializ...
Cette thèse s'inscrit dans le cadre des énergies renouvelables au sein du programme HARVEST du labor...
The general context of the present thesis is renewable energies within the HARVEST project, which co...
Instream water turbines belong to the innovative energy which could contribute to the diversificatio...
Harnessing kinetic energy from oceans or rivers is a promising source of renewable energy. The hydro...
The HARVEST project's objective consists in developing a new type of turbo- machine, named hydrolien...
Cross-flow water turbines represent a potential renewable energy resource which needs more exploring...
Renewable energy sources provide a sustainable power production for the future. Hydropower is one of...
The capture, thanks to hydrokinetic turbines, of the kinetic energy generated by sea and river curre...
The current research focuses on the design, fabrication, and testing of an experimental vertical axi...
Cette thèse s'inscrit dans le cadre des énergies renouvelables au sein du programme HARVEST centré s...
National audienceThe present study deals with the efficiency of cross flow water current turbine. Fi...
La récupération, grâce aux hydroliennes, de l’énergie cinétique de courants marins et fluviaux const...
Hydropower is an important source of energy in Latin America. Many countries in the region, includin...
Le projet HARVEST a pour objectif de développer un nouveau type de turbomachine, dite hydrolienne, c...