PhD Position – Study of Blocking Effects in the Operation of Marine Tidal

PhD Position – Study of Blocking Effects in the Operation of Marine Tidal Turbines (Multi-Rotor Systems)

Host Institution: Université de Caen Normandie

Location: France

Start Date: 1 October 2025

Application Deadline: 15 May 2025 (23:59 UTC)

Contract Type: Temporary, Full-time

Contact Email: sylvain.guillou@unicaen.fr

 

Project Overview:

 

This doctoral position focuses on analyzing blocking effects and turbulence in the performance of multi-rotor tidal turbines under complex seabed conditions. The research will combine numerical modeling and experimental hydrodynamic tunnel testing to evaluate the impact of bottom-induced turbulence and rotor configuration on turbine performance, hydrodynamic loading, and downstream wakes. Insights will help optimize turbine layout and design in tidal energy farms.

 

 

Objectives:

 

  • Characterize blocking effects in multi-rotor systems (SMRs)

  • Study turbulence effects from complex seabed structures

  • Measure hydrodynamic forces and wake interactions

  • Validate findings via hydrodynamic tunnel experiments and numerical modeling

  • Apply findings to real-case systems such as SCHOTTEL HYDRO installations in Canada

 

Eligible Fields to Apply:

 

  • Mechanical Engineering

  • Marine Renewable Energy (MRE)

  • Fluid Mechanics

  • Hydrodynamics

  • Energy Systems Engineering

  • Applied Physics

  • Civil/Coastal Engineering (with fluid dynamics focus)

 

Candidate Profile:

 

  • Master’s degree or engineering diploma in relevant field

  • Solid knowledge of fluid mechanics, numerical modeling, and experimental techniques

  • Interest in Marine Renewable Energy

  • Proficiency in simulation tools and experimental methods

  • Strong teamwork and communication skills

 

What We Offer:

 

  • Access to LUSAC’s Hydrodynamic Tunnel (TH) for real-world simulation

  • Collaboration with international partners (e.g., University of Manitoba)

  • Supervision by a team with expertise in flow–seabed–turbine interactions

  • Training under Doctoral School PSIME, ED 591

  • Funding support (subject to confirmation by the Normandy Region)

 

 

Application Documents:

 

Send the following to sylvain.guillou@unicaen.fr:

 

  • CV

  • Cover letter

  • Transcript of Master 1 & 2 and Bachelor’s final year

  • One recommendation letter

 

 

More Info: Université de Caen Normandie

Reference: Doctoral School PSIME (ED 591) – Funded by Normandy Region

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