Journal
This article addresses the problem of ensuring the geometric stability of concrete elements in industrial and mechanical engineering structures exp...
| Issue №3, 2026 |
| Section: Science and production |
| Keywords: structural materials, high-performance concrete, thermal expansion, expansive additive, dimensional stability, machine tool beds, shrinkage deformations, thermal expansion, hydrophobic coatings, freezethaw cycling, dynamic properties, damping properties, industrial equipment |
| Autor: V.A. Beregovoy, I.Y. Lavrov, A.V. Semiletkov. |
The effect of shrinkage deformations of cement compositions being reduced when additives, surface tension modifiers, are introduced in the composi...
| Issue №3, 2024 |
| Section: Concrete |
| Keywords: structural concrete, cement mixtures, shrinkage deformation, surface tension, calorimetry, additive compatibility |
| Autor: I.Y. Lavrov, V.A. Beregovoi. |
The article discusses the experience of using expanded perlite in cement composites, the degree of its influence on the properties of the concrete mix...
| Issue №4, 2023 |
| Section: Concrete |
| Keywords: lightweight aggregate, perlite, internal cure, shrinkage |
| Autor: A.M. Kharitonov,, A.S. Sidorova, D.M. Andreev. |
The laboratory investigation on the autogenous and total shrinkage of high strength concrete, and the ways of its reduction, are presented. Such concr...
| Issue №5, 2016 |
| Section: Concrete |
| Keywords: high strength concrete, autogenous shrinkage, drying shrinkage, fibres, lightweight aggregate |
| Autor: D. Saje. |
During the last few years several computer models has been developed to simulate the evolution of cement microstructure during hydration. In the model...
| Issue №5, 2010 |
| Section: Science and production |
| Keywords: cement microstructure; hydration; computer model; kinetics; tricalcium silicate; alite; isothermal calorimetry; chemical shrinkage |
| Autor: M. Costoya, Sh. Bishnoi, E. Gallucci, K. L. Scrivener. |