Study on correlation between hydration characteristics and macroscopic properties of ferroaluminate cement system based on isothermal conduction calorimetry
Abstract：The hydration heat release and hydration characteristics of a ferroaluminate cement system were investigated using isothermal conduction calorimetry, with a focus on the correlation between its hydration behavior and macroscopic properties. The results indicate that in a ferroaluminate cement system blended solely with limestone, increasing the limestone content prolonged the initial and final setting times, while the compressive strength at various curing ages and the 7-day cumulative heat release exhibited a declining trend. In a system incorporating both limestone and slag, increasing the slag content caused the setting time to first extend, then shorten, and subsequently extend again. Meanwhile, the compressive strength and 7-day cumulative heat release initially decreased, followed by an increase, and ultimately decreased. A linear positive correlation was observed between the compressive strength of the ferroaluminate cement system and its cumulative hydration heat release at corresponding curing ages. Conversely, a linear negative correlation existed between the setting time and the 7-day cumulative hydration heat release.
周莉娟, 秦伶俐, 郭俊萍, 曾 平, 王志宇. 基于等温传导量热法的铁铝酸盐水泥体系水化特性与其宏观性能间的相关性研究[J]. 水泥杂志, 2025, 0(04): 1-.
ZHOU Lijuan, et al. Study on correlation between hydration characteristics and macroscopic properties of ferroaluminate cement system based on isothermal conduction calorimetry. Journal of Cement, 2025, 0(04): 1-.
2025, Vol. 0 
