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Reduced Basis Modeling for transonic aerodynamics High-Mach flows and nonequilibrium aerodynamics PH mesh adaptivity and (re)generation

20092022
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Fingerprint Dive into the research topics where Marco Fossati is active. These topic labels come from the works of this person. Together they form a unique fingerprint.

Engineering & Materials Science

Ice
Computational fluid dynamics
Aerodynamics
Mach number
Decomposition
Helicopter rotors
Supersonic flow
Compressible flow
Flight dynamics
Rotors
Hypersonic flow
Kinetic theory of gases
Interpolation
Hypersonic aerodynamics
Airfoils
Conservation
Aircraft
Viscous flow
Glazes
Stabilization
Fluxes
Kinetics
Computer simulation
Navier Stokes equations
Coarsening
Flow fields
Fluids
Temperature
Learning algorithms
Fuel sloshing
Mesh generation
Water
Gases
Experiments
Sampling
Swept wings
Unsteady flow
Helicopters
Aerodynamic loads
Degradation
Subsonic flow
Fluid dynamics
Error analysis
Transonic flow
Vortex flow
Molecular modeling
Data structures
Learning systems
Fluid structure interaction
Boundary layers

Physics & Astronomy

General

splashing
ice formation
flight
hypersonic flow
kinetics
supersonic flow
formulations
simulation
Knudsen flow
geometry
detachment
BGK model
costs
flight conditions
energy
cohesion
vortex lattice method

Engineering

supersonic combustion ramjet engines
propulsion
computational fluid dynamics
engines
ramjet engines
trailing edges

Physics

impingement
flow distribution
supersonic speed

Aeronautics

airfoils
unsteady flow
wings
aircraft
trajectories
aerothermodynamics
compressible flow

Aerospace Sciences

rotors

Chemistry and Materials

ice
gases

Social and Information Sciences

conservation laws

Mathematics

Accretion
Mesh Deformation
Finite Volume Element
Mesh Adaptation
Molecular Modeling
Irregular
Mesh
Compressible Flow
Remeshing
Droplet
Analogy
Molecules
Aircraft
Irregular Grids
Grid