Modelling of Transport Processes

This Research Area includes:

Modeling of mass transport in porous media.
Multiphase flows.
Emulsification/gelation of liquid mixtures.
CFD modelling for environmental applications.
Modelling of plasma processing and deposition processes.

Publications

Biochar production from olive tree prunings by using open flame pyrolysis
Modeling of the Anaerobic Digestion of Biomass Produced by Agricultural Residues in Greece
IIs concrete produced by recycled aggregates from construction and demolition wastes appropriate for use in building industry?
Validation method for the systematization of results based on a similarity concept
Preliminary study of flavor compounds as oxidation markers in bottled white wines of Greek origin
Colour change of bottled white wines as a quality indicator
Using steam coils in marine applications
Scale Transition for Mass Transport in Porous Structures
Can Fick law-based models accurately describe migration within a complete food product life cycle?
Food-packaging migration models: A critical discussion
A theoretical and experimental study on the P-adsorption capacity of PhoslockTM
Mathematical Simulation of Mass Transport in Porous Media: An Innovative Method to Match Geometrical and Transport Parameters for Scale Transition
Modeling of transport phenomena in a fuel cell anode
Packaging of Olive Oil: Quality Issues and Shelf-life Predictions
Simulation of multiphase flow and transport processes for industrial applications
Modeling of adsorption-reaction-desorption in granular media
Modeling of Flow and Mass Transport in Granular Porous Media
On the prediction of an average droplet size evolution during transport in homogeneous porous media under laminar flow conditions
Use of Sγ momentums for the modeling of tracer transport in homogeneous porous media
Multiphase Mass Transport with Partitioning and Inter-phase Transport in Porous Media
Low to moderate Peclet Mass Transport in Assemblages of Spherical Particles for a Realistic Adsorption - Reaction - Desorption Mechanism
Model of Adsorption-Reaction-Desorption in a Swarm of Spheroidal Particles
Low Peclet Mass Transport in Assemblages of Spherical Particles for two different adsorption mechanisms
The influence of axial orientation of spheroidal particles on the adsorption rate in a granular porous medium
Sherwood Number for Mass Transfer to a Swarm of Adsorbing Spheroidal Particles at any Peclet Number
Dilution-enchanced Radical Generation in Silane Glow Discharges
On the Rapid Convergence of the Analytical Solution of Stokes Flow around Spheroids-in-Cells
Stokes Flow in Spheroidal Particle-in-Cell Models with Happel and Kuwabara Boundary Conditions
Convective Diffusion and Adsorption in a Swarm of Spheroidal Particles
On Mass Transfer from a Newtonian Fluid to a Swarm of Adsorbing Spheroidal Particles for High Peclet Numbers
Transport Processes in Porous Media

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