Sep 14, 2020
Geomaterial practical 3 years ago while studying at the University of Edinburgh. This course was important for me to learn about how minerals are structured.
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Geomaterial practical 3 years ago while studying at the University of Edinburgh. This course was important for me to learn about how minerals are structured.
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Foamed Glass Aggregate ♻️🧱 | The Future of Geomaterials! #globalresearchawards #scifax. Foamed Glass Aggregate (FGA) is a lightweight, recycled geomaterial made from waste glass, offering excellent insulation, drainage, and load reduction. Its high strength-to-weight ratio makes it ideal for embankments, foundations, and sustainable geotechnical construction. A smart solution for greener, more resilient infrastructure. Global Civil Engineering Awards 🔗 Nominate now! 👉 https://civilengineeringawards.com/award-nomination/?ecategory=Awards&rcategory=Awardee 🌐 Visit: civilengineeringawards.com 📩 Contact: [email protected]
Modeling the contractive behavior of soft clay in a heating test
Unlike other geomaterials, soft clay can paradoxically contract upon heating. This phenomenon is termed the "volumetric contraction of soft clay due to heating."
The thermodynamic behavior of geomaterials has received the increasing interest over the last two decades in the pursuit of understanding the effect of isotopic heating. Highly radioactive wastes are often buried in containers. Such containers are made from the absorbent clay bentonite mixed with other very stiff clays, as the integrity of which is essential for ensuring that these radioactive materials do not enter the ground, which would lead to a catastrophic environmental disaster. These containers and the surrounding geomaterials are exposed to the heat emitted from the waste materials, and this can continue for tens of thousands of years. This type of heating is impossible to replicate through field tests considering the massive timescale over which the heating occurs, making it imperative that accurate models are developed to predict the likely thermo-hydro-mechanical (THM) behaviors of clays.
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