Abstract Earth-Air Heat Exchangers (EAHE) work blowing the air through buried ducts to
employ the soil as a heat/cold sink. Thus the thermal energy contained in the soil can meet …

This study assessed and compared selected soil properties, oil and grease content, and
thermophysical parameters of sandy loam soils from two representative automobile …

Soil thermal parameters are affected by soil texture, soil moisture, and porous media
structure. X-ray computed tomography (X-CT) is used for description of soil porosity. The aim …

Materials and Methods: Soil thermal diffusivity was measured at different values of water
content using Kondratieff method. The parameters of the quadratic equation, which …

HYDRUS-1D program is commonly used to estimate soil moisture, solute, and temperature
flow in saturated and unsaturated zone under different initials and boundary conditions. The …

Due to the advantages of high swelling and water retention capacity, bentonite is commonly
used as one of the thermal backfill materials for geothermal structures application. However …

The thermal properties of soils can be influenced by additives of different origins (non-
organic, organic and mineral) and roles in soil quality. This study aims to evaluate the effects …

Soil thermal parameters are playing an important role in soil heat transfer. Mathematical
models and Pedotransfer functions (PTFs) are considered the modern soil physics. Thermal …

Abstract Article Info The thermal properties of soils can be influenced by additives of different
origins (non-organic, organic and mineral) and roles in soil quality. This study aims to …

Soil hydrological and thermal properties are mainly input for models of soil water and heat
fluxes. Pedotransfer functions (PTFs) are the important methods used for predicting this …