Research
Publications
Peer-reviewed publications, conference papers, theses and conference talks.
VPMFoam: A 2D Incompressible Hybrid Eulerian-Lagrangian Solver for External Aerodynamics
Dissertation / TU Delft
A: R. Pasolari
Accelerating Vortex Particle Methods by Downsampling the Vorticity Field Representation
International Journal for Numerical Methods in Fluids
A: J. Siemaszko, R. Pasolari, A. van Zuijlen
Eulerian–Lagrangian hybrid solvers in external aerodynamics: Modeling and analysis of airfoil stall
Physics of Fluids
A: R. Pasolari, C.J. Ferreira, A. van Zuijlen
Flow over Traveling and Rotating Cylinders Using a Hybrid Eulerian–Lagrangian Solver
Computers & Fluids
A: R. Pasolari, J. Pan, C.J. Ferreira, A. van Zuijlen
Dynamic Mesh Simulations in OpenFOAM: A Hybrid Eulerian–Lagrangian Approach
Fluids
A: R. Pasolari, C.S. Ferreira, A. van Zuijlen, C.F. Baptista
Flow Around a Pair of 2D Cylinders Using a Hybrid Eulerian-Lagrangian Solver
Journal of Physics: Conference Series
A: R. Pasolari, C. Ferreira, A. Van Zuijlen
Coupling of OpenFOAM with a Lagrangian Vortex Particle Method for External Aerodynamic Simulations
Physics of Fluids
A: R. Pasolari, C. Ferreira, A. Van Zuijlen
Macroscopic Modeling of Plasma Effects on Heat and Fluid Flow in a Dielectric Barrier Discharge Based Process
AIP Advances
A: RS Pasolari, PK Papadopoulos, P Svarnas, E Giannakopoulos, et al.
Sanitary Effect of FE-DBD Cold Plasma in Ambient Air on Sewage Biosolids
Science of The Total Environment
A: P. Svarnas, E. Giannakopoulos, I. Kalavrouziotis, C. Krontiras, S. Georga, R. Pasolari, et al.
Two Fluid Model for Cold, Low-Pressure Hydrogen Plasma
University of Patras
A: R. Pasolari
Numerical Simulation of Air Flow and Thermal Effects in Plasma Reactors, Used for Sewage Sludge Treatment
University of Patras
A: R. Pasolari
Talks & Conferences
Flow around a pair of 2D cylinders using a hybrid Eulerian-Lagrangian solver
TORQUE 2024
Florence, Italy
Coupling of a Vortex Particle Method with OpenFOAM for Efficient External Aerodynamic Simulations
COUPLED PROBLEMS 2023, ECCOMAS
Chania, Greece
Efficient Coupling of a Modified pimpleFoam Solver with a Vortex Particle Method in OpenFOAM
OpenFOAM Event, TU Delft
Delft, The Netherlands