Compressive strength of mortar in hot-humid environment

The activation energy of stabilised/solidified contaminated soils

“…This was not necessarily related to moisture loss as the density was relatively unchanged. The deterioration in the later age strength of elevated-temperature-cured mixes is widely documented [36,37]. At longer curing ages, while mixes cured at low temperatures continued to gain strength, their counterpart elevated-temperature-cured mixes fell, crossing them over as shown in all the graphs for mixes cured at 60 • C and is usually referred to as the cross-over effect [10].…”

Compressive Strength of Mortars Admixed with Wollastonite and Microsilica

“…The environmental impact on compressive strength of cement mortars is generally complex. Effect of air, temperature and type of cement on compressive strength has been studied by Berhane (1983). The results showed that a hot humid environment influenced the strength of the cement mortars [1].…”

“…Effect of air, temperature and type of cement on compressive strength has been studied by Berhane (1983). The results showed that a hot humid environment influenced the strength of the cement mortars [1]. Sajedi and Razak (2011) investigated the effect of thermal and mechanical activation methods on compressive strength of mortars admixed with slag.…”