The dielectric behavior of unpoled cured cement-based materials enables these materials to
serve as electroceramics. The behavior entails the DC polarization (apparent DC electrical …

Despite the recent advances in the understanding of diffusion processes in CSH, there are
still open questions regarding the pore-size dependence of diffusion and associated …

The effects of signal frequency as well as curing time and moisture content on the dielectric
properties of concrete have been investigated. Microwave dielectric material …

Abstract 5G signal transmission can be seriously blocked by cement-based materials, so it is
very important to improve the electromagnetic transmission performance (ETP) of cement …

As a porous hydrophilic phase, C–S–H is expected to exhibit a frequency-dependent
dielectric response. This C–S–H property remains unknown, despite the importance of …

The tricalcium silicate (C 3 S) paste with high electromagnetic transmission performance is
prepared by addition of nanocrystalline cellulose (NCC), and the enhancement mechanism …

Abstract Calcium-aluminosilicate-hydrates (CASH) is the major hydration product of
sustainable concrete that incorporates industrial waste as a partial substitute for cement …

This paper presents the results of a European benchmark on multiscale creep modeling for
cementitious materials, performed in the framework of the COST Action TU1404 “Towards …

Vanadium-based compounds exhibit a variety of excellent characteristics due to their
variable oxidation states. In this study, Density Functional Theory (DFT) is performed to …

The electrical properties, resistivity and conductivity, inform on the durability of cement-
based materials and can be used for monitoring and inspection of concrete structures. The …