Adrien Toutant

Associate Professor

Université de Perpignan

France

Research Interests

Explore related searches

Professors in France Professors in Fluid Mechanics Fluid Mechanics professors in France

Contact this professor

ORCID

Google Scholar

Academic Page

About

Adrien Toutant is an Associate Professor at Université de Perpignan in France. His research areas include thermal boundary layer modeling, heat transfer investigations in fluidized systems, and numerical simulations of complex fluid dynamics. Recent publications highlight his work on scalar transport in moving interfaces, particle-resolved simulations, and the dynamics of nanofluids in turbulent flows.

Adrien Toutant

Research Interests

Explore related searches

Contact this professor

About

Articles (20)

Thermal boundary layer modelling for bubbles at saturation: A posteriori analysis

Time integration of cut-cell surfaces for geometric conservation, applied to scalar transport with moving interfaces

Investigation of heat transfers with particle-resolved simulations: From Stokes flow to fluidized bed

Viscous stress modeling for one-fluid approach in Newtonian two-phase flows

Numerical investigation of tilt angle effect on a Direct Steam Generation solar receiver

Methane Assisted Chemical Looping Water Splitting Performance of Sr2FeMo0.6Ni0.4O6-δ Double Perovskite for Solar Fuels Production

Managing Heat Transfer Intensity in a Fluidized Particle-in-Tube Solar Receiver

Large eddy simulations of a turbulent flow with hybrid nanofluid subjected to symmetric and asymmetric heating

Thermal boundary layer modelling for heat flux prediction of bubbles at saturation: A priori analysis based on fully-resolved simulations

Influence of Temperature on Properties and Dynamics of Gas-Solid Flow in Fluidized-Particle Tubular Solar Receiver

Effect of temperature on the hydrodynamics of a fluidized bed circulating in a long tube for a solar energy harvesting application

Assessment of a coupled VOF-Front-Tracking/DEM method for simulating fluid–particles flows

Conservative formulations for heat transfer simulation with sharp interfaces and discontinuous properties in two-phase flows

Thermal large-eddy simulation methods to model highly anisothermal and turbulent flows

Euler–Euler Multi-Scale Simulations of Internal Boiling Flow with Conjugated Heat Transfer

Study of asymmetrically heated flows passing through gas-pressurized solar receivers using Direct Numerical Simulations

Analysis and modeling of bubble-induced agitation from direct numerical simulation of homogeneous bubbly flows

Impact of asymmetrical heating on the uncertainty propagation of flow parameters on wall heat transfers in solar receivers

Direct simulations and subgrid modeling of turbulent channel flows asymmetrically heated from both walls

Investigation of thermal large-eddy simulation approaches in a highly turbulent channel flow submitted to strong asymmetric heating

Collaborators (26)

Moritz Bitterling

Nobuyuki Gokon

Marta LAPORTE AZCUE

Huy Truong-Ba

Alessandro Trovarelli

Azadeh Jafari

Leok Lee

Jose-Maria Delgado-Sanchez

DOMENICO FERRERO

Stuart Bell

Rezwanul Haque

Werner Platzer

Domingo Santana

Konstantinos Braimakis

Adrianus Aria

Emanuele Martelli

PEDRO ANGEL GONZALEZ

Constança Camilo-Alves

Maziar Arjomandi

Manuel Silva-Pérez

Marta Boaro

Fritz Zaversky

Geoffrey Will

F. Bataille

Martin David

Martin Roeb

How do I reach out?

Meet Kite AI