Microstructural characterization and mechanical properties Of earth stabilized mortar, determination of the Technico- Economic Optimum

Auteurs-es

  • Abdelmalek Ammari Université Mohammed V de Rabat
  • Karima Bouassria Université Ibn Tofail, Kénitra
  • Mohammed Cherraj Université Mohammed V de Rabat
  • Hamid Bouabid Université Mohammed V de Rabat
  • Saâd Charif D’ouazzane National School of Min Rabat

DOI :

https://doi.org/10.48396/IMIST.PRSM/mjeim-v5i1.20476

Mots-clés :

Earth material, mortar, cement, mineralogy, mechanical tests

Résumé

This study presents the experimental results of the four mineralogical and chemical analysis techniques on the earthen mortar obtained from the city of Rabat. The uni-axial compressive tests results on the cylindrical specimens for this earth, associated with various percentages of cement, make it possible to analyze the effect of the mineralogical and chemical elements on the characteristics mechanical properties. However, we determine also the interval of the technico-economic optimum. In the earthen mortar of Rabat city, the presence of calcite (CaCO3), quartz SiO2, kaolinite and the aluminum silicate, have amplified the improved behaviour of the material by the addition of cement. We also note that the evolution of the mechanical properties has only the importance in the [7 to 10%] interval which represents the area of effect for cement stabilization and which
houses the optimum of the cement dosing.

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Publié-e

17-04-2020

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Articles