Jean Bastin

PhD student at Department of Earth Sciences; Wind Energy

Telephone:: +46 18 471 83 68
E-mail:: jean.bastin@geo.uu.se
Visiting address:: Campus Gotland, Cramérgatan 3
62157 Visby
Postal address:: Uppsala universitet, Campus Gotland
62167 Visby

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Short presentation

Industrial PhD researcher specializing in lattice Boltzmann simulations for wind energy applications. My work primarily investigates flow conditions around large offshore wind turbine rotors.

Member of the EU AptWind research program, I am working in collaboration between OX2 and Uppsala University.

Keywords

cfd
offshore wind energy
sustainability development
lbm

Publications

Recent publications

All publications

Articles, review/survey

The Lattice Boltzmann Method for Wind Farm Simulations: A Review

Korb, Henry; Bastin, Jean; Asmuth, Henrik; Ivanell, Stefan

Part of Wind Energy Science, p. 983-1012, 2026
- DOI for The Lattice Boltzmann Method for Wind Farm Simulations: A Review
- Download full text (pdf) of The Lattice Boltzmann Method for Wind Farm Simulations: A Review

Conference papers

Efficient Lattice Boltzmann LES of Wind Farm Wakes and Performance in Forest Canopies with Varying PAD Profiles

Mohammadi, Mohammad Mehdi; Bastin, Jean; Korb, Henry; Asmuth, Henrik et al.

Part of Wind farms and wakes, 2026
- DOI for Efficient Lattice Boltzmann LES of Wind Farm Wakes and Performance in Forest Canopies with Varying PAD Profiles
- Download full text (pdf) of Efficient Lattice Boltzmann LES of Wind Farm Wakes and Performance in Forest Canopies with Varying PAD Profiles
A Consistent Performance Comparison of GPU-Resident Lattice Boltzmann and Navier-Stokes Large-Eddy Simulation Solvers for Wind Energy Applications

Bastin, Jean; Rohlfing, L.; Asmuth, Henrik; Dalhoff, P. et al.

Part of Wind farms and wakes, 2026
- DOI for A Consistent Performance Comparison of GPU-Resident Lattice Boltzmann and Navier-Stokes Large-Eddy Simulation Solvers for Wind Energy Applications
- Download full text (pdf) of A Consistent Performance Comparison of GPU-Resident Lattice Boltzmann and Navier-Stokes Large-Eddy Simulation Solvers for Wind Energy Applications