PERFORMANCE AND ECOLOGICAL ASSESSMENT OF ECO-FRIENDLY HIGH-STRENGTH CEMENTITIOUS MATRIX INCORPORATING POTTERY SAND DERIVED FROM HEAVY METAL SLUDGE

Performance and ecological assessment of eco-friendly high-strength cementitious matrix incorporating pottery sand derived from heavy metal sludge

This study used pottery sand from heavy metal sludge to mitigate high shrinkage in the high-strength cementitious matrix (HSCM), which simultaneously serves as a solution to environmental concerns.The results show that both coarse and fine pottery sand can effectively reduce the autogenous shrinkage of HSCM.When the replacement rate of coarse potte

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A Computationally Efficient Method for the Diagnosis of Defects in Rolling Bearings Based on Linear Predictive Coding

Monitoring the condition of rolling bearings is a crucial task in many industries.An efficient tool for diagnosing bearing defects is necessary since they can lead to complete machine failure BASKETS and significant economic losses.Traditional diagnosis solutions often rely on a complex artificial feature extraction process that is time-consuming,

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