Marco Fossati
I am Reader in Computational Aerodynamics and I lead the activities in Computational Fluid Mechanics within the Aerospace Centre of Excellence. My research interests are in the field of fundamental studies of nonequilibrium high-speed flows typical of atmospheric re-entry or hypersonic regimes and in the field of reduced basis methods for the aerodynamic design of the next-generation of aircraft. I am interested in studying the physics of fluids of extreme gas dynamics, i.e. the gas dynamics of high-enthalpy flows and in formulating advanced mathematical methods to reduce the computational cost required to evaluate the aerodynamic performance of aircraft. My research lives at the interesection between fluid mechanics, numerical mathematics and computational science.
-
Numerical study of the aerodynamic performance of martian aerobotsMarco FossatiModelling Numerical Simulation Analysis Research Programming Computer-Based Aerodynamics
-
Simulation of the Fluid-Structure Interaction of High-Aspect Ratio Wing in Transonic RegimesMarco FossatiAerodynamics Simulation Computer-Based Aeroelasticity Programming Numerical
-
Investigating Neural Networks as a Method for Predicting Lift and Drag Coefficient of an AerofoilMarco FossatiAerodynamics Simulation Computer-Based Programming Numerical Data Analysis Machine Learning
-
Anisotropic Mesh Adaptation in the Discretisation of Boundary Layer and Wake Flow FieldsMarco FossatiAerodynamics Simulation Computer-Based Programming Numerical
-
Numerical study of the aerodynamic performance of Martian aerobotsMarco FossatiAerodynamics Simulation Computer-Based Aeroelasticity Programming Numerical
-
Spatio-Temporal Identification And Collocation Of Vortex Breakdown Using Reduced Basis MethodsMarco FossatiAerodynamics Simulation Computer-Based Aeroelasticity Programming Numerical
-
Numerical study of laminar and turbulent gas-surface aerodynamic interaction using anisotropic mesh adaptationMarco FossatiModelling Numerical Simulation Analysis Research Programming Computer-Based Aerodynamics
-
Spatio-temporal identification and collocation of vortex breakdown using Reduced Basis MethodsMarco FossatiModelling Numerical Simulation Analysis Research Programming Computer-Based Aerodynamics
-
Characterisation of nonequilibrium shock interference patterns transition over canonical shapesMarco FossatiModelling Numerical Simulation Analysis Research Programming Computer-Based Aerodynamics
-
Simulation of the fluid-structure interaction of a high-aspect ratio wing in transonic regimesMarco FossatiModelling Numerical Simulation Analysis Research Programming Computer-Based Aerodynamics Aeroelasticity