Electrically conductive cementitious composites (ECCCs) have been widely used to
complete functional and smart construction projects. Graphite, due to its low cost and wide …

In this study, multi-scale experiments and micro-scale numerical simulation were used to
comprehensively analyze the influencing mechanism of nano-silica (NS) on the concrete …

Nanocellulose, being a material with nanodimensions, is characterized by high tensile
strength, high modulus of elasticity, low thermal expansion, and relatively low density, as …

In previous studies, nano-silica (NS) can improve the concrete performances under the
conventional curing condition (about 20° C). However, because more and more engineering …

Oil-well cement physical characteristics considerably change after being carbonated by a
CO2-rich solution. In this study, the influence of graphite particles in the characteristics of oil …

Freeze–thaw-cycle damage is one of the main aging problems of concrete engineering in
cold regions, and the analysis of its damage mechanism has become a focus in the field of …

Using biochar as an additive or partial cement replacement in concrete and asphalt is an
emerging area of research and commercial development. Biochar affects the hygro …

In this research, different amounts of nano-MgO were added to normal concrete samples,
and the effect of these particles on the durability of the samples under freeze and thaw …

This study investigated the freeze–thaw effect of wastes with high MgO content on self-
compacting concrete. In self-compacting concrete, natural and sintered magnesia waste was …

The aim of this chapter is to explain upcycling of class C fuel ash as hydraulic binder
substitution in binder-based materials fortified with the high-technology additive of graphite …