Sonfeu, M.B. (2017) Physical Characterization of Alluvial Sands from the Noun River and Its Tributaries: Case of the Locality of Bati (West-Cameroon). Thesis Presented for the Diploma of Engineer of Mines-Mineralurgy-Environment, University of Ngaoundéré, Ngaoundéré, 40 p. + Annexes.

has been cited by the following article:

• TITLE: Physical Characterization of Batie and Bandjoun-Djione Sands (West-Cameroon), Used in the Manufacture of Concrete: Improvement of Resistance to Compression

  AUTHORS: Jules H. Keyangue Tchouata, Casimir Gouafo, Grégoire Kamdjo, François Ngapgue, Armand S. L. Wouatong

  KEYWORDS: Sand, Granulometry, Concrete, Mechanical Resistance, Djengou, Hiala, La’gou I, Bandjoun-Djione

  JOURNAL NAME: Journal of Materials Science and Chemical Engineering, Vol.8 No.5, May 19, 2020

  ABSTRACT: The objective of this work, was to characterize the sands of the quarries of: Bandjoun-Djione, Djengou, Hiala and La’gou I, mainly from their mechanical strengths, the equivalent of sand and the finesse module. In order to study the compressive strength of concrete made from these sands, we determined their granularity, fineness modulus and density; the concrete was then formulated by the Dreux-Gorisse method. A total of 72 specimens were constructed with the objective of achieving an average compressive strength of 25 MPa at 28 days. But we have obtained a compressive strength at 28 days, varying from 13.14 MPa to 17.50 MPa. The correction of the modulus of fineness of these sands made it possible to improve the granularity and increase the compressive strength of these concretes by more than 70%. We have thus obtained the compression resistance of 25 MPa aimed for each of the corrected sands.