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DESIGN AND IMPLEMENTATION OF ECO-SUSTAINABLE TECHNICAL SOLUTIONS FOR INDUSTRIAL BY-PRODUCTS RECOVERY IN GEOTECHNICAL ENGINEERING APPLICATIONS
Abstract
The article aims to design optimized synergistic structures between additive materials from the category of industrial by-products, by applying experimental modeling, in order to achieve increase of performance parameters for the final products, in line with the needs of the building materials market and challenges to develop lower-carbon alternatives for reducing the climate impacts of the built environment. The experimental applications based on the integration of industrial by-products will results in defining multi-criteria requirements to be considered in the improvement process of technical and environmental characteristics of the materials and methods used in the engineering works. This approach focused on designing new sustainable structures will allow the testing and implementation of alternative solutions for the valorization of industrial byproducts, by extending life cycle and maintaining the value of materials, as well as the reduction of the negative effects associated with the massive production of materials used in the construction sector.
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