Emerging Trends in Sustainable Soil Stabilization Techniques
A special issue of Geotechnics (ISSN 2673-7094).
Deadline for manuscript submissions: closed (30 September 2022) | Viewed by 18657
Special Issue Editor
Interests: construction materials and environmental engineering; ground improvement; soil–structure interaction; transportation geotechnics; interdisciplinary research aimed at addressing key geotechnical challenges (such as the effect of climatic change on the performance of geostructures) in the design, construction, operation, and maintenance of infrastructures
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Special Issue Information
Dear Colleagues,
Damages caused by expansive soils every year is estimated to be over $1 billion US in the USA, £150 million in the UK, and many billions of pounds worldwide. These damages are associated with failure to identify the extent of expansion in soils leading to the constant repair of damaged houses, roads and embankments due to the lack of a simplified and straightforward approach. Undoubtedly, the use of cement and lime in the mitigation of shrink–swell behaviour and improvement of the engineering properties of expansive clays cannot be overemphasized.
However, the environmental impact of the continuous emissions of toxic gases (carbon footprint) accompanying cement production, and with concerns regarding the built environment becoming increasingly urgent, there is a need for the development of novel eco-friendly materials for the stabilisation of expansive soils. Therefore, this Issue is aimed at bringing together original ideas on the application of waste materials and geopolymers in the stabilisation of expansive soils to evaluate micro–macro performance and create a better understanding on the behaviour of stabilized soils.
This Special Issue will focus on the development and application of sustainable soil stabilisation additives capable of improving the geo-mechanical properties of expansive soils, leading to the development of prediction models for soil CBR, stiffness, bearing capacity, permeability, swell potential, and unconfined compressive strength, including the micro-structural analysis of the stabilized soils. We welcome original research and review articles.
Dr. Samuel Abbey
Guest Editor
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Keywords
- soil stabilisation
- expansive soils
- geopolymers
- soil–cement mixtures
- by-product cementitious materials
- unconfined compressive strength
- CBR
- microstructural analysis
- prediction models
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