Welcome to the Philofluid Scientific Research Group! Here, you can explore a diverse range of innovative projects and research we’ve undertaken, with our most recent work listed by date. For detailed information on any of our collaborations or to discuss potential opportunities, please don’t hesitate to reach out to Prof. Daniela Tordella at daniela.tordella@polito.it
Project Title: HOUSEFLIES – Atmosphere and Clouds Seen by a Cluster of Flying Wireless Sensors Please see the Press review https://philofluid.polito.it/wp content/uploads/2025/01/PRESS.POL...
Dynamics of Laminar Thin Shear Flows An approximated Navier–Stokes steady solution has been presented for the two dimensional bluff-body wake region that is intermediate between the near wake, which...
Solar-wind turbulence The NASA Voyager Interstellar Mission explores the outer heliosphere and its interaction with the local interstellar medium (LISM). Beyond any expectation, the Voyager 1 and 2 (V...
Angular momentum model The equation for the intrinsic moment of momentum averaged over small volumes of linear dimension δ have been considered and a representation of it is given as an infinite sequ...
The hydrodynamics of astrophysical jets: scaled experiments and numerical simulations Abstract Astrophysical jets are collimated outflows of matter and fields propagating at supersonic, and often rela...
Hydrodynamic Stability of Shear Flows The hydrodynamic stability of fluid flows is an important subject in different fields, such as aerodynamics, mechanics, astrophysics, oceanography, atmospheric ...
MIGRE MINI GREEN ULTRALIGHT EXPENDABLE RADIO SONDE Period: 01/03/2022 – 30/11/2022 Project Description The mini ultralight smart balloon is a strategic new kind of expendable low cost, sm...
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Project Title : Turbulence as Indicator of Physical Processes at the Heliospheric Interface Project number: NNH18ZDA001N-HGIO Science objectives and expected impact of the proposed work The objecti...