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The Meta IA team, in collaboration with researchers at the University of Illinois, USA, has developed an artificial intelligence capable of developing and refining formulas that improve the
The Meta IA team, in collaboration with researchers at the University of Illinois, USA, has developed an artificial intelligence capable of developing and refining formulas that improve the strength of concrete, as well as reduce the formation of carbon in the process.
In just a few weeks, AI was able to create a formula with a higher sustainability index and 50% less carbon exposure.
According to the Engadget website, traditional concrete production methods account for about 8% of carbon dioxide emissions annually worldwide. Composed of materials such as limestone and clay, cement is mixed with other elements such as sand and water that are used in construction. OUR The challenge for the researchers was to select other available elements that could produce stronger and more environmentally friendly cement..
To speed up the process, Meta’s AI was trained to combine a wide variety of elements in search of a new cement formula. Professors Love Varshney, a computer engineer, and Nishant Garg from the Department of Civil Engineering at the University of Illinois first trained AI on data from 1,000 concrete formulas.
From a list of formulas, the team selected five of the most promising options and allowed AI to refine the process until the result surpasses durability and reduces carbon footprint by at least 40%. It took the AI just a few weeks to process and finalize all the material and come up with a formula that exceeded all expectations. 50% reduction in carbon footprint in cement production.
Unfortunately, data on the composition of the compound has not yet been available. a team of researchers who are still working on refining the formula.
The Meta team and researchers at the University of Illinois, Together with concrete manufacturer Ozinga, they are refining the AI data to begin testing the material in real-world conditions.. One of The goal is to increase the drying rate of the cement.compared to the traditional model, ensuring that construction using the new cement is not delayed.
Also, other tests will need to be done before thinking about product marketing. it’s necessary determine how the cement will react in different climatessuch as strong winds, rain, moments of extreme heat, and high humidity.
In any case, the results obtained by AI are promising, and if the application of concrete in the real world proves to be viable, in a few years we will have a new model of cement that is even more sustainable and environmentally friendly for use in civil engineering.
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Source: Engadget
Source: Mundo Conectado
I’m Maurice Knox, a professional news writer with a focus on science. I work for Div Bracket. My articles cover everything from the latest scientific breakthroughs to advances in technology and medicine. I have a passion for understanding the world around us and helping people stay informed about important developments in science and beyond.
