Managing the early-age thermal behavior of mass concrete structures like dams, dykes,
bridge piers, thick raft foundations, etc., is the major concern during their construction. The …

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

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

Early-age cracking appertains to massive concrete elements on the account of thermal
gradients due to highly exothermic hydration reaction of cement. The cracking as a result of …

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 …

Thermal damage control of mass concrete is the key to guarantee the quality of mass
projects. Based on several engineering experiences and finite element software ANSYS, the …

Structural elements comprised of high strength concrete (HSCs) have gained popularity due
to their high compressive strength, increased tensile strength, and low permeability that can …

In the article the technique of an assessment of modes of operation of the heat engineering
equipment used for heat treatment of concrete products in the conditions of …

In this paper, a numerical model for radial-direction conduction through ultra-high-
performance concrete (UHPC) cylinders was developed and experimentally validated. The …

The paper presents the results of the study of the influence of the addition of retarding
superplasticising admixture based on triisobutyl phosphate and modified phosphonates on …