Comparison of splitting tensile strength values.

<div><p>To promote the sustainable utilization of industrial solid wastes in concrete applications, this study systematically investigates the combined use of lithium slag (LS) as a cement replacement and recycled fine aggregates (RFA) as a substitute for river sand (RS). Through experim...

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Bibliographic Details
Main Author:	Jun Wan (126294) (author)
Other Authors:	Caisen Wang (18721061) (author), Jiongfeng Liang (18721058) (author), Yunchen Wang (5948951) (author)
Published:	2025
Subjects:	Biophysics Ecology Space Science Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified reducing environmental burdens recycled fine aggregates offering practical guidelines maintaining adequate workability environmentally responsible solution conversion formulas established 7 %, 11 16 %, respectively varying ls content splitting tensile strength performance losses induced optimal ls incorporation ls effectively mitigated construction material innovation study systematically investigates industrial solid wastes cubic compressive strength 0 &# 8211 rfa replacement rates rfa addition caused compressive strength flexural strength construction waste concrete performance cement replacement rfa leading 9 %, xlink "> sustainable utilization sustainable approach study provides rs ). river sand results indicate natural resources mechanical properties lithium slag linear reduction industrial byproducts fixed water experimental analysis concrete production compensatory effect combined use circular use cement ratio 46 ), 40 %)
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Comparison of splitting tensile strength values.

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