AI Networking Cookbook: Practical recipes for AI-assisted network automation and development
This research examines the impact of additives (wastes-derived additives) on volume change behavior (swelling, consolidation) and strength of a highly plastic expansive clay. The experimental pro-gram aimed to evaluate the potential of three waste-based stabilizers; recycled concrete aggregate powder (RCA), crushed r...
The stabilization of unstable Loess soil and the mitigation of industrial waste environmental impacts are achieved through a hybrid system integrating Waste Marble Dust (WMD) as a sustainable additive and 3% Portland cement as a hydraulic binder. Experimental investigations identified the 20% WMD blend as the optimal t...
This study investigates the potential use of industrial grits waste, both alone and in combination with Portland cement, as a sustainable stabilizing agent for lateritic soils. Grits, a by-product of the pulp and paper industry with a high calcium oxide content, was characterized using laser granulometry and thermograv...
Bulk industrial solid wastes are promising materials for clay stabilization, but the independent performance of different waste types under identical conditions remains insufficiently understood. In this study, fly ash (FA), coal gangue (CG), and ground-granulated blast-furnace slag (GGBS) were independently incorporat...
The increasing demand for sustainable concrete has encouraged the utilization of waste materials. This study investigates the combined effect of household waste ash (HWA) as a partial replacement of fine aggregate (0 to 20%) and silica fume (SF) as a cement replacement (10%). The mechanical, physical, and microstructur...
The continued reliance on energy-intensive hydraulic binders for soil stabilization presents a significant environmental challenge, prompting the need for sustainable, low-carbon alternatives. This study investigates the technical, microstructural, and environmental performance of Recycled Concrete Aggregate (RCA) as a...
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