Fractal Model of the Influence of Expanded Clay Concrete Macrostructure on its Strength
Sergii Kroviakov, V. M. Volchuk, M.V. Zavoloka
Abstract
The characteristics of the macrostructure of expanded clay concretes are compared using the topological and fractal approaches. The sensitivity of concrete strength to the fractal dimensions of a cement-sand matrix, expanded clay gravel, feldspar grains, large fractions of quartz and pores is verified. The trend of the influence of the expanded clay concrete macrostructure on its strength is determined using the fractal approach. Fractal modeling of the macrostructure of expanded clay concrete made it possible to reduce the forecast error in the indices of their strength by 1.18...2.03 times in comparison with the topological approach.
Topics & Concepts
FractalMaterials scienceGeotechnical engineeringMatrix (chemical analysis)CementFeldsparFractal dimensionQuartzGeologyComposite materialMathematicsMathematical analysisMining and Gasification TechnologiesInnovations in Concrete and Construction MaterialsMaterial Properties and Failure Mechanisms