Scientific community from the field of thermo-fluidics have focused extensive attention
towards investigating techniques of enhancing the heat transfer in varied thermal systems …

The soil moisture contents affect significantly the soil thermal properties and consequently
the thermal efficiency of shallow geothermal systems. This effect becomes more complex to …

Soil solid thermal conductivity (λ s) is critical to model effective soil thermal conductivity (λ
eff) that is required for engineering design and estimate of soil surface energy flux and soil …

Heat conduction in two and three-phase media, composed of solid spherical particles of the
same diameter, is investigated theoretically and experimentally. The theoretical model has …

We developed a decimetric size model based on coupling generalized Darcy's law and heat-
transfer equations to model viscous dense non-aqueous phase liquid (DNAPL) pumping …

The present study aims to numerically investigate the influence of thermal conductivity of a
porous medium (ks) on the Nusselt (Nu) and performance evaluation criteria (PEC) numbers …

In this paper, an upscaling study of solid–fluid combustion in porous medium with
homogeneous and heterogeneous heat sources is carried out using a volume averaging …

ABSTRACT A theoretical model is proposed to predict Darcy-scale mass transport in porous
media coupled with nonequilibrium heat transfer and taking into account the thermal …

Experiments have been performed to characterize the thermal resistance of thermal
interface materials that deform under mechanical loading. TIMs in this category include …

The ability of thulium ions in glass fibres to emit light in the near infrared region has opened
doors to many potential applications in the field of photonics. The full potential of thulium ion …