Ultra-high-performance concrete (UHPC) is a distinguishing material used in new
construction and conjunction with conventional concrete. However, some issues limit the …

Chemical shrinkage (CS) is an intrinsic parameter that may affect the early age cracking of
paste, mortar and concrete. It is well known as the driving force of self-desiccation …

The steam curing temperature and duration of manufactured sand concrete result from the
comprehensive consideration of early strength growth rate and late strength. The effects of …

The early effects of three accelerators on a Ca (OH) 2 activated ground granulated blast-
furnace slag binder at low curing temperatures are discussed. The compressive strength …

Quality assurance of concrete used in structures requires in-situ monitoring of early age
compressive strength development. Unlike traditional approaches, accurate estimation of …

The evaluation and prediction of dam concrete quality have important theoretical
significance for preventing catastrophes in concrete dams and predicting their long-term …

Cementless alkali-activated ultra-high performance concrete (A-UHPC) offers remarkable
mechanical properties, durability, and sustainability, making it a promising material for …

Understanding the properties of CSH and its microstructural evolution is key to
understanding strength degradation in low-humidity, high-temperature environments. The …

During concrete pavement construction, comprehensive information on concrete strength
development is necessary for knowledgeable scheduling decisions. To improve in situ …

Self-compacting concrete (SCC) is currently gaining traction as a replacement to
conventional vibrated concrete. Its distinct microstructure leads to varied mechanical …