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massimiliano.giona@uniroma1.it
Massimiliano Giona
Professore Ordinario
Struttura:
DIPARTIMENTO DI INGEGNERIA CHIMICA, MATERIALI, AMBIENTE
E-mail:
massimiliano.giona@uniroma1.it
Pagina istituzionale corsi di laurea
Curriculum Sapienza
Pubblicazioni
Titolo
Pubblicato in
Anno
Another normality is possible. Distributive transformations and emergent Gaussianity
PHYSICA. A
2024
Modal representation of inertial effects in fluid–particle interactions and the regularity of the memory kernels
FLUIDS
2023
The fourfold way to Gaussianity. Physical Interactions, distributional models and monadic transformations
AXIOMS
2023
Inertial effects and long-term transport properties of particle motion in washboard potential
PHYSICA. A
2022
Invariant manifold approach for quantifying the dynamics of highly inertial particles in steady and time-periodic incompressible flows
CHAOS
2022
Stochastic modeling of particle transport in confined geometries. Problems and peculiarities
FLUIDS
2022
Hydrodynamic Green functions. Paradoxes in unsteady Stokes conditions and infinite propagation velocity in incompressible viscous models
MECCANICA
2022
On the dynamic role of energy in underdamped particle motion
PHYSICA. A
2022
Bitensorial formulation of the singularity method for Stokes flows
MATHEMATICS IN ENGINEERING
2022
Taming Taylor-Aris dispersion through chaotic advection
JOURNAL OF CHROMATOGRAPHY A
2022
New formulation of the Navier–Stokes equations for liquid flows
JOURNAL OF NON-EQUILIBRIUM THERMODYNAMICS
2022
Exact moment analysis of transient/asymptotic dispersion properties in periodic media with adsorbing/desorbing walls
PHYSICS OF FLUIDS
2022
Microalgae cultivation by uncoupled nutrient supply in sequencing batch reactor (SBR) integrated with olive mill wastewater treatment
CHEMICAL ENGINEERING JOURNAL
2021
Swelling and Drug Release in Polymers through the Theory of Poisson–Kac Stochastic Processes
GELS
2021
Generalized reflection method for the stokes equation in confined geometries. Applications to microfluidics and particle transport
CHEMICAL ENGINEERING TRANSACTIONS
2021
Space-time inversion of stochastic dynamics
SYMMETRY
2020
A hybrid numerical approach for predicting mixing length and mixing time in microfluidic junctions from moderate to arbitrarily large values of the Péclet number
CHEMICAL ENGINEERING SCIENCE
2019
Laminar dispersion at low and high Peclet numbers in a sinusoidal microtube: point-size versus finite-size particles
PHYSICS OF FLUIDS
2019
Mass transport in polymers through the theory of stochastic processes possessing finite propagation velocity
CHEMICAL ENGINEERING TRANSACTIONS
2019
Exact moment analysis of transient dispersion properties in periodic media
PHYSICS OF FLUIDS
2019
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Gruppi di ricerca
μSEP- Microfluidic separations
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