The heat evolution during the hydration of cement was examined by multiple calorimetric
methods: isothermal, oscillating isothermal, as well as temperature scanning tests in the …

Thermal cracks are the main concerns when temperatures increase in mass concrete
structures. It is important to explore the temperature rise rules and to find effective methods …

The present study has been focused on the synthesis of silica encapsulated paraffin phase
change materials and its application in cement-based systems. One-pot in-situ hydrolysis of …

This paper presents experimental and numerical studies investigating the impact of three
curing conditions on temperature evolution in concrete cubes. The tests were performed on …

The heat evolution during the hydration of a Class H oil well cement was examined by both
the traditional isothermal calorimetry method and a new differential scanning calorimetry …

To explore the feasibility of using metakaolin and limestone in steam-cured concrete,
mechanical property, sorptivity and microstructure of steam-cured concrete incorporated with …

The paper deals with the prediction of early-age concrete temperature of cast-in-place
stemwall of the bridge abutment. The considered object is an arch bridge located in Gdańsk …

A theoretical model for cement hydration was proposed to study multi-mineral reactive
transport processes under various mineral compositions and determine the effect of multi …

To reveal the impact of various sizes of inert reinforcement on the pore structure, hydration
products, and microscopic morphology of mortar. To explore its effect on mortar's thermal …

Cement-based stabilization/solidification (S/S) is a practical treatment approach for
hazardous waste with anthropogenic As sources; however, its applicability for geogenic As …