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Issue 21 (1) 2022 pp. 3-8

Leszek Rafalski1, Michał Ćwiąkała2, Cezary Kraszewski3, Joanna Korzeniowska4

1 Road and Bridge Research Institute, Warsaw, Poland
2
Road and Bridge Research Institute, Warsaw, Poland
3
Road and Bridge Research Institute, Warsaw, Poland
4
Institute of Geography, Pedagogical University of Krakow, Kraków, Poland

The modelling of soil-binder composites

Keywords: soil stabilization, soil-binder composite, modelling of composites
Abstract:

The development of an appropriate soil-binder composite (stabilized soil) is associated with the selection of the appropriate strength class of the hydraulic binder (e.g. ash-cement) and its amount to stabilize the soil. Advanced statistical methods based on the use of the spline function were used in the analysis of tests of soil-binder composites. The analysis presents statistical modelling as a tool helpful in the design of soil-binder composites, showing possible interactions between the components of materials included in the mineral composition of composites. A logarithmic model of the compressive stress forecast was developed for soil-binder composites both with freezing cycles of the soil composition and without freezing cycles, in which the composites hardening time and the addition of ash-cement binders to the soil were continuous variables.

pub/21_1_3.pdf Full text available in Adobe Acrobat format:
http://www.architectura.actapol.net/volume21/issue1/21_1_3.pdf

For citation:

MLA Rafalski, Leszek, et al. "The modelling of soil-binder composites." Acta Sci.Pol. Architectura 21.1 (2022): 3-8.
APA Rafalski, L. et al. (2022). The modelling of soil-binder composites. Acta Sci.Pol. Architectura, 21 (1), 3-8
ISO 690 Rafalski, Leszek, et al. The modelling of soil-binder composites. Acta Sci.Pol. Architectura, 2022, 21.1: 3-8.
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Streszczenie w języku polskim:
http://www.architectura.actapol.net/tom21/zeszyt1/abstrakt-3.html