In this paper, gas permeability and porosity for the prepared cement mortar samples with
diverse numbers of internal cracks under diverse pore pressure during confining pressure …

This paper addresses the challenge of evaluating the air permeability of structural concrete
in situ, using non-destructive techniques. Specifically, it aims to reconcile air permeability …

Adsorbed-phase surface diffusion has been recognized as an important controlling factor on
gas apparent permeability in micropores and smaller mesopores. However, for the …

Highlights•Simplified method for calculating the ceramic emitter discharge presented.•Water
temperature affects discharge of ceramic emitter significantly.•Discharge can be maintained …

This paper addresses the calculation of the relative permeability of concrete and rocks with a
model that is aimed at being implemented in large scale computations for evaluating the …

The conventional techniques cannot accurately predict the multiphase flow behaviour in clay
rich low permeability rocks. This is particularly important in applications such as hydraulic …

We investigate the influence of surfactants on capillary rise and corner flow in angular pores.
We therefore study capillary rise for simple fluids and surfactant solutions, comparing square …

The evaluation of relative gas permeability in tight reservoirs has a significant challenge
owing to the influence of water. In this work, the pore throat structure has been characterized …

The increasing pathogenic bacteria threat in irrigation water has become a worldwide
concern, prompting efforts to discover a new cost-effective method for pathogenic bacteria …

This work estimates air leakage through concrete porosity for structures by using data
obtained in field combined with stochastic finite element (SFE) modelling. For this purpose, a …