01 · Wind energy
Vortex-generating multirotor systems
Numerical and experimental investigation of multirotor configurations designed to influence wake interaction and atmospheric-boundary-layer momentum entrainment.
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Scientific software
OpenONDA
A modular CFD framework that unifies a GPU-accelerated vortex-particle method with a finite-volume method and an OpenFOAM interface. It provides an extensible Python/C++ architecture for hybrid external-flow simulation and in-line solver control.
Research topics
02 · Flow diagnostics
Coherent structures in sparse data
Graph-theory and Voronoi-based techniques for identifying coherent motion in Lagrangian particle-tracking measurements with limited seeding density.
Read the article03 · Offshore dynamics
Vortex-induced vibration
Two- and three-dimensional CFD studies of damping, Reynolds-number effects and coupled degrees of freedom in elastically mounted cylinders.
Read the articleSoftware repositories
01
OpenFOAM actuator surface
Research implementation and notebooks for an actuator-surface approach in OpenFOAM.
Repository02
OpenFOAM post-processing
Python and notebook-based utilities for post-processing OpenFOAM simulations.
Repository03
Cavity flow
A compact Python implementation for exploring the canonical lid-driven cavity-flow problem.
Repository04
pHyFlow · Legacy
Earlier C++ vortex-method work retained as part of the development lineage behind the current hybrid-flow toolchain.
Repository05
Voronoi coherent structures
Neighbour-persistence spectral colouring, reproducible double-gyre trajectories and vector plots.
Repository06
Celestial dynamics
Restricted-three-body trajectories, Lagrange equilibria, Poincaré sections and Jacobi diagnostics.
Repository