Temperature plays a significant part in the cracking phenomenon of mass concrete
structures, and therefore thermal analysis is of major importance, especially during …

Analyzing and modeling the thermal behavior of mass concrete elements has been widely
investigated by several researchers. Lately, many contemporary finite element packages …

In this article, the merits of a thermo-mechanical framework to estimate properties of high-
strength concrete are evaluated for potential standardization as a test method. Previous …

Numerically modeling the thermal behavior of massive concrete elements was investigated
extensively by many earlier researchers. Besides that, many modern finite element software …

Cracking prediction and control in hydration process of mass concrete and structures has
always been a challenging task. In this work, an energy-based chemo-thermo-mechanical …

This paper deals with the proposal of a model that can predict the heat of hydration of
concrete containing fly ash and the adiabatic temperature rise test results that are the basis …

This paper summarizes an engineering experience of solving the problem of thermal
cracking in mass concrete by using a large project, Zhongguancun No. 1 (Beijing, China), as …

In this study, a three-dimensional (3D) mathematical model based on conduction heat
transfer in a solid is developed to predict the temperature profile of large concrete elements …

This paper outlines a framework for a potential testing protocol in which specimens are cast
following typical industry practices, cured following a specific combination of insulting blocks …

Heat of the hydration‐induced temperature evolution of a 3.30 m thick raft concrete
foundation for wind turbines at the early ages was monitored in situ through a temperature …