This paper evaluated constituent proportions on mechanical and thermal properties of ultra-
high-performance concrete. This paper assessed how fine aggregates and fibers at varying …

In this study, measurements of the heat of hydration of mass concrete delivered on-site were
proposed. A one-meter concrete cube, cast adjacent to the real structure, was developed as …

This paper presents the findings of an investigation using the finite-element method to
predict the distribution of temperatures within a hydrating massive concrete element. The …

This paper presents the application of finite element based numerical model to trace the
progression of temperature rise and consequent stresses during hydration in a mass ultra …

Frequently, when mass concrete is placed directly on top of a soil layer, an insulation layer is
not used at the bottom of the concrete. The rationale for this practice is that the soil on which …

Three-dimensional finite element (FE) thermal and stress models were created to compute
the temperature evolution, thermal stress and potential of cracking in a segmental concrete …

Since the size of foundation increases to support the enormous superstructure, the massive
foundation generates the problematic temperature development. This study addresses the …

An experimental study is designed to quantify temperature rise in mass concrete mixtures.
Cement is partially replaced on a weight basis by three different metakaolin, two slag, and a …

A mix incorporates cement (II), fly ash, and slag to design mass concrete. A simplified box is
set up to measure K o. Two blocks are established to evaluate the insulation with thin sides …

This article presents the findings of an investigation that used finite-element analysis to
determine the influence of a concrete footing's dimensions on its temperature development …