KU Leuven
Author in the following contributions
- Modelling of peak intensity and fluence radial dependences of solar energetic proton events within 10 au
- Modelling the low coronal electromagnetic signatures of expanding coronal mass ejections
- A dynamic multifluid model for the solar atmosphere
- Investigating the Influence of the Source Terms in a Two-Fluid Plasma Model for the Solar Atmosphere
- The power of a name: toward a unified approach to naming space weather events
- Constraining the magnetic flux of the CME spheromak model in EUHFORIA using helicity budget
- Latest developments of EUHFORIA and its coupling with COCONUT
- Physics-based predictions for an electron radial-dependent environment model
- Formation of coronal mass ejections in the solar corona
- SEP Acceleration and Transport in a 1D Monte Carlo Model with COCONUT Inputs
- Computational optimisation of the FRi3D CME model in EUHFORIA used for SEP simulations
- Integrating data-driven and physics-based modelling of magnetosheath dynamics
- The impact of the coronal model configuration on accurate solar wind modelling
- A Multi-Perspective Comparison of Deep Learning and Traditional Machine Learning Methods for Onboard Solar Coronal Structure Detection
- Cubesat Orbiters and Landers Payload for Solar and Space Weather Observations (S&SWO)
- Prediction of Time-Evolving Solar Surface Magnetic Fields Using Deep Learning and Their Application