Despite the ever-increasing interest in multiscale porous materials, the chemophysical origin
of their thermal properties at the nanoscale and its connection to the macroscale properties …

Thermal conductivity of cement paste is significantly influenced by the presence of macro-
pores within it. These pores (pores with size greater than 6 μm, measured using microCT) …

Computational thermal homogenization is applied to the microscale and mesoscale of
concrete sequentially. Microscale homogenization is based on a 3D micro-CT scan of …

Thermal conductivity plays a significant role in controlling thermal cracking of cement-based
materials. In this study, the thermal conductivity of cement paste at an early age was …

The energy sector is making a noticeable effort to migrate towards renewable energy to
tackle the global warming effect. At large scale, a concentrated solar plant (CSP) is one of …

Thermal conductivity of hardened cement pastes (hcps) in a wide range of water–cement
ratio (w/c) is quantitatively investigated using a transient plane source measurement …

The concentration dependence of optical, thermophysical and electrical behavior, based on
poly-methyl methacrylate filled with CdSe quantum dots (PMMA (CdSe)) have been …

Due to their low cost, lightweight and thermal insulation properties, lignocellulosic by-
products received a particular attention, in the recent years, for manufacturing lightweight …

Thermal conductivity (TC) of cement-based materials is a key parameter for temperature
field analysis and crack control at early age. In this study, the TC of early-age cement paste …

Photoacoustic (PA) technique has been applied to study the optical and thermal properties
of the alloyed CdTe x S 1− x (nanocrystals (NCs) with different (Te/(S+ Te)) molar ratio (x= 0 …