Concrete performance, including strength, susceptibility to delayed ettringite formation, and
residual stress development are dependent on early-age temperature development. …

The accurate prediction of thermal gradients in concrete calls for models that characterize
the temperature sensitivity of the hydration of cementitious materials. The most common …

Over the years, many different simplified prediction methods have been developed to
predict the temperature development within mass concrete members. This paper compares …

Glass cullet has been considered for use in concrete as a fine aggregate or a supplementary
cementitious material (SCM). Glass reaction kinetics depends on both temperature and …

Materials used in concrete construction are highly regulated through national standards that
set minimum material reactivity, composition, and performance. Advances have shown that …

Semi-adiabatic calorimetry and a rigid cracking frame were used to compare the effects of
five different ground granulated blast-furnace slags with variable Al 2 O 3 and MgO contents, …

High-temperature differentials in a mass concrete structure pose great risks of temperature-induced
stresses and cracking. Prior knowledge of temperature development within such a …

Finely ground glass can be pozzolanically reactive and serve as a supplementary cementitious
material (SCM). In this study, the pozzolanic reactivity of three narrow size ranges of …

In an effort to limit the environmental impact of concrete materials, there is increasing interest
in the development and use of a wider range of minerals as acceptable supplementary …

The enhancement of the 1day strength of cementitious systems by a combination of calcium
chloride (CaCl 2 ) and diethanol-isopropanolamine (DEIPA) was studied, particularly in …