An Experimental Study on the Effect of Disposable COVID-19 Face Masks on the Mechanical Properties of Clay

Clay reinforcement Compaction Disposable face mask fibers Empirical correlation Unconfined compressive strength
["Barzoki, Hadi Rahimzadeh","Molaabasi, Hossein","Mehdinejad, Mohammad Hadi","Ataee, Omolbanin"] 2024-08-14 期刊论文
This study rigorously examined the enhancement of the mechanical properties of clay through the application of disposable face mask fibers (DFMF). By subjecting the reinforced specimens to a comprehensive series of unconfined strength tests, it was found that adding DFMF to the base soil decreased the maximum dry unit weight (MDUW) and increased the optimum moisture content (OMC). The study examined the effects of DFMF content on the compounds, revealing that a maximum increase of 0.2 in DFMF content improves their unconfined compressive strength (UCS); Therefore, 0.2% mask DFMF content was noticed to be the optimum DFMF content, which constituted maximum strength.
来源平台:INTERNATIONAL JOURNAL OF PAVEMENT RESEARCH AND TECHNOLOGY