Non-isothermal liquid evaporation in micro-pore structures is studied experimentally and
numerically using the lattice Boltzmann method. A hybrid thermal entropic multiple …

Spherical agglomeration is a well-known process intensification method that offers several
advantages, including material and energy savings associated with the reduction of …

Deposition of solids within porous materials from a drying solution is an important
phenomenon in numerous natural and industrial processes. A profound knowledge about …

A discrete modeling approach is introduced to investigate the influence of liquid phase
distributions on damage and deformation of particle aggregates during convective drying …

In fluidized bed spray agglomeration, the time evolution of a liquid droplet deposited on a
porous particle is of paramount importance for the success of the process. The combination …

U radu se razmatraju karakteristike sistema inicijalnog obrazovanja i profesionalnog
usavršavanja nastavnika u dve zemlje–Srbiji i Grčkoj. Poređenje dva sistema je u funkciji …

The work in this chapter is concerned with drying of capillary porous media and investigates
how material properties characterizing the pore scale influence macroscopic process …

Network models offer an efficient pore‐scale approach to investigate transport in partially
saturated porous materials and are particularly suited to study capillarity. Drying is a prime …

Ziel dieser Habilitationsschrift ist es, die konvektive Trocknung von kapillarporösen
Materialien grundlegend zu untersuchen. Darüber hinaus sollen einige wichtige Aspekte …

The modeling and simulation of the drying process in porous media is seen as one of the
most complex and difficult problems in the numerical simulation of engineering processes …