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1 sie 2022 · Examination of relevant literature revealed that soil-lime stabilization depends on several factors such as soil type and mineralogy, lime content, pH of the soil matrix, curing period, curing temperature, freeze-thraw (F-T) and sulfate content.
Through soil stabilization, unbound materials can be stabilized with cementitious materials (cement, lime, fly ash, bitumen or combination of these). The stabilized soil materials have a higher strength, lower permeability and lower compressibility than the native soil (Keller bronchure 32-01E).
22 kwi 2022 · This can be achieved through chemical stabilization using additives such as lime, cement and fly ash. In this paper, suitability of such additives under various conditions and their mechanisms...
1 lip 2021 · In chemical stabilisation, ground improvement is achieved by mixing various chemicals with soil to develop desirable characteristics. Uses of Inorganic pozzolanic/cementitious binders like fly ash, cement, lime, or some calcium-based chemicals are some of the most commonly used chemical methods.
12 lip 2023 · Commonly, mechanical stabilization accompanied by chemical stabilization was found to be effective in improving weak soils (Gomes Correia et al. 2016; Ikeagwuani and Nwonu 2019). Particularly, the problematic soils require a chemical stabilizer to enhance strength and reduce swell-shrink behavior.
1 sie 2021 · Specialists in the domain of soil treatment must work together to obtain an optimized stabilization approach and protocol. Moreover, engineers should perform a geoenvironmental assessment...
1 mar 2020 · Mechanical stabilization entails the mixture of two or more soil types with the aim of improving the properties of the host soil, while other methods utilize the addition of certain additives...
