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  Recycled Aggregate Concrete (RAC) can represent as a sustainable alternative to conventional concrete; however compressive strength prediction of RAC is difficult due to the complex and nonlinear interactions between the materials in the mix. Researchers have ...
• Predicting compressive strength of heavyweight concrete using deep neural networks and Box–Behnken design
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  This study investigates the prediction and evaluation of compressive strength in heavyweight concrete incorporating magnetite and steel slag, using two advanced modeling techniques: Deep Artificial Neural Networks (DANN) and Box-Behnken Response Surface Method...
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  Pervious concrete can rapidly drain stormwater from the top layer to the sublayer. However, the porous structure of this concrete also results in low mechanical properties, which prevent the widespread use of pervious concrete around the world. This study inve...
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  Supriya Siddharth More, Ajaykumar R. Kambekar
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  Accurately predicting the compressive strength of concrete is crucial for ensuring structural integrity, optimizing material usage, and reducing construction costs. Conventional experimental methods, though reliable, are often labour-intensive and time-consumi...
• Combined effect of rice husk ash and animal bone powder on strength and permeability of concrete
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  Concrete is a key component of construction, and its demand is rising quickly along with infrastructural development. Although cement and aggregates are still essential components for making concrete, the production of cement greatly increases CO2 emissions, n...