In this literature survey, different aspects of dynamics of two-phase flow in porous media are
discussed. This review is based on the results of developed dynamic pore-network models …

This paper presents a review of the recent advances in pore-scale modelling of drying in
capillary porous media. The development of pore network models in drying has been first …

Loop heat pipes (LHPs) are heat transfer devices whose operating principle is based on the
evaporation/condensation of a working fluid, and which use the capillary pumping forces to …

Vapor-venting microchannel heat exchangers are promising because they address the
problems of high pressure drop, flow instability, and local dryout that are common in …

Pore-scale modeling of porous media has been emphasized as a platform to study the
mechanical properties, fluid storage and transport properties in it. A universal and easy-to …

The heat and mass transfer in the capillary porous structure of a loop heat pipe (LHP) is
numerically studied and the LHP boiling limit is investigated. The mass, momentum and …

Loop heat pipes (LHPs) are efficient and reliable heat transfer systems whose operation is
based on the liquid–vapour phase-change phenomenon. They use the capillary pressure …

Multi-evaporator loop heat pipe (ME-LHP), as one of the typical two-phase closed capillary
circulation systems, exhibits tremendous potential in applications which involve high heat …

We present a dual network model to simulate coupled single-phase flow and energy
transport in porous media including conditions under which local thermal equilibrium cannot …

A numerical model is developed to simulate the transient performance characteristics of loop
heat pipes (LHP). The model satisfactorily simulates the overall dynamic behavior of an LHP …