Effect of high shear-dispersed nano-alumina on concrete strength, durability, and microstructure. [PDF]
Rahman I +6 more
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Experimental data on the development of "Post-installed Screw Pullout test" for in-situ investigation of concrete strength. [PDF]
Sourav SNA, Al-Sabah S, McNally C.
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Real-time concrete strength monitoring using piezoelectric sensors and deep learning. [PDF]
Han G +7 more
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A digital twin approach for sustainable construction: predictive optimization of concrete strength using industry 4.0 principles. [PDF]
Xin P, Isleem HF, Khishe M.
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Tests of Concrete Strength across the Thickness of Industrial Floor Using the Ultrasonic Method with Exponential Spot Heads. [PDF]
Stawiski B, Kania T.
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Optimizing blended cement concrete strength using the Box-Behnken design technique. [PDF]
Oyebisi S +3 more
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Investigating the Causes of Substandard Concrete Strength: A Macro- and Microanalysis. [PDF]
Du X +7 more
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Enhancing concrete strength for sustainability using a machine learning approach to improve mechanical performance. [PDF]
Khan A +5 more
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A Bio-Inspired Adaptive Probability IVYPSO Algorithm with Adaptive Strategy for Backpropagation Neural Network Optimization in Predicting High-Performance Concrete Strength. [PDF]
Zhang K, Li X, Zhang S, Zhang S.
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