Persona
MASSA Francesco Carlo
Ricercatori a tempo determinato
Comunicazioni
Curriculum Vitae
Education:
• Ph.D. in “Engineering and Applied Sciences” at University of Bergamo.
Thesis title: “Implicit Discontinuous Galerkin methods with efficient time integration for incompressible variable density and compressible turbulent flows”
• Master degree in Mechanical Engineering (LM-33) at Department of Mechanical and Industrial Engineering, University of Brescia.
Thesis title: “Schema di integrazione numerica temporale MEBDF per la simulazione di flussi turbolenti comprimibili instazionari”
Present position:
Fixed-term researcher (A-type) in Fluid Dynamics (SSD ING-IND/06) at Department of Engineering and Applied Sciences, University of Bergamo
Research interests:
• Implementation of implicit and explicit high order time integration schemes in a Discontinuous Galerkin finite element solver.
• Development of adaptive timestep techniques for both compressible and incompressible unsteady turbulent flows.
• Development of algorithms for the efficiency enhancement of linear and nonlinear system solvers, e.g. quasi-Newton method and Generalized Minimal Residual method.
• Development of novel Riemann solvers for incompressible flows of one or more immiscible components.
• Solution of turbulent flows at moderate and moderate-to-high Reynolds numbers characterized by separation of the boundary layer using RANS solutions, I(mplicit)-LES and under-resolved DNS
Research projects:
• HiFi-TURB (2019-2022, H2020) Use of DNS simulations and artificial intelligence for the improvement of turbulence models.
• Dropit (2017-2025) Droplet interaction technologies. Droplet-Droplet, Droplet-Liquid, Droplet-Solid dynamics.
• Tilda (2015-2018, Horizon2020) Towards Industrial LES and DNS in aeronautics. Development and assessment of high order and highly scalable CFD methods for large eddy simulation for practical aeronautic flows.
• Ph.D. in “Engineering and Applied Sciences” at University of Bergamo.
Thesis title: “Implicit Discontinuous Galerkin methods with efficient time integration for incompressible variable density and compressible turbulent flows”
• Master degree in Mechanical Engineering (LM-33) at Department of Mechanical and Industrial Engineering, University of Brescia.
Thesis title: “Schema di integrazione numerica temporale MEBDF per la simulazione di flussi turbolenti comprimibili instazionari”
Present position:
Fixed-term researcher (A-type) in Fluid Dynamics (SSD ING-IND/06) at Department of Engineering and Applied Sciences, University of Bergamo
Research interests:
• Implementation of implicit and explicit high order time integration schemes in a Discontinuous Galerkin finite element solver.
• Development of adaptive timestep techniques for both compressible and incompressible unsteady turbulent flows.
• Development of algorithms for the efficiency enhancement of linear and nonlinear system solvers, e.g. quasi-Newton method and Generalized Minimal Residual method.
• Development of novel Riemann solvers for incompressible flows of one or more immiscible components.
• Solution of turbulent flows at moderate and moderate-to-high Reynolds numbers characterized by separation of the boundary layer using RANS solutions, I(mplicit)-LES and under-resolved DNS
Research projects:
• HiFi-TURB (2019-2022, H2020) Use of DNS simulations and artificial intelligence for the improvement of turbulence models.
• Dropit (2017-2025) Droplet interaction technologies. Droplet-Droplet, Droplet-Liquid, Droplet-Solid dynamics.
• Tilda (2015-2018, Horizon2020) Towards Industrial LES and DNS in aeronautics. Development and assessment of high order and highly scalable CFD methods for large eddy simulation for practical aeronautic flows.
Pubblicazioni (24)
Insegnamenti offerta formativa corrente (7)
BIOFLUIDS AND MICROFLUIDICS LAB - 175006
Primo Semestre (16/09/2024 - 23/12/2024)
- 2024
Laurea Magistrale
3 CFU
24 ore
CALCOLO NUMERICO - 39064
Primo Semestre (16/09/2024 - 23/12/2024)
- 2024
Laurea
6 CFU
48 ore
CALCOLO NUMERICO - 39064
Primo Semestre (16/09/2024 - 23/12/2024)
- 2024
Laurea Magistrale
Laurea Magistrale
Laurea Magistrale
Laurea Magistrale
6 CFU
48 ore
CALCOLO NUMERICO - 39065-E1
Primo Semestre (16/09/2024 - 23/12/2024)
- 2024
Laurea Magistrale
6 CFU
48 ore
CALCOLO NUMERICO - 60050
Primo Semestre (16/09/2024 - 23/12/2024)
- 2024
Laurea Magistrale
6 CFU
48 ore
FLUIDODINAMICA - 23040
Secondo Semestre (24/02/2025 - 07/06/2025)
- 2024
Laurea
9 CFU
72 ore
MECCANICA DEI SOLIDI E DEI FLUIDI - 174008
Annuale (16/09/2024 - 07/06/2025)
- 2024
Laurea
12 CFU
96 ore
No Results Found