Limbita 1 is a hilltop settlement in the rural town of khorira, the district of Dubreka. It is a land of the locality commonly called “limbita quarry”, and widely converted by bricks manufacturers of Dubreka district and those of conakry area. However, no information about the characteristics of this land’s soil is yet available. The soil’s characteristics are then determined through the series of tests (granulometry, Atterberg limits, modified proctor, CBR, shear, odometric compressibility). These tests are carried out with samples derived from the site of Limbita within the area of Limbita 1. This work shows very consistent results that made it possible to deduce the very swelling nature of the soil.
References
[1]
Hallonet, A. (2016) Development and Caracterization of Composite Material Based on the Flax Fibers: Application to the Renforcement of Concrete Structures by the Externa Bonding. Ph.D. Thesis, University of Lyon, Lyon, p. 259.
[2]
Phung, T.A. (2018) Formulation and Caracterization of Composite Vegetable Earthen-Fibres: Wallow. Ph.D. Thesis, University of Normandy, Rouen, p. 180.
[3]
Houben, H., Guillaud, H., Dayre, M., et al. (2006) Reseach and Application Center for the Earthen Construction (Grenoble: Villefontaine). Work on the Earthen Building Construction. éd. Parenthèses, Marseille.
[4]
Gagné, V. (2011) Streamlined Use of Composite Materials in Overhead Power Transmission Lines. Faculty of Engineering, Department of Civl Engineering, p. 192.
[5]
Villain, V. (2020) Sociology of the Raw Earthen Construction Site in France (1970-2020). Ph.D. Thesis, University of Lyon, Lyon.
[6]
Paulus, J. (2015) Raw Earthen Construction: Qualitative, Constructive and Architectural Dispositions—Application to One practical Case: Ouagadougou. MSc. Thesis, University of Liège, Liège, p. 223.
[7]
Sadio, M., Camara, I. and Aichet Seck et Madina Noblet (2019) Evaluation de la vulnérabilité du secteur de la zone cotière à la variabilité et aux changements climatiques dans la région de Fatick. Projet d’appui scientifique aux processus de plans nationaux et d’adaptation. 114pages.
[8]
Bernadin, B.Z.P. (2008) Caractéristiques des sols latéritiques utilisées utilisés dans la construction des routes: Cas de la région de AGNEBY (Cote d’ivoire). Thèse pour obtention de Doctorant en Ponts et chausées143 pages.
[9]
Luc COURARD (2021) Construction in Soil, Secondary Resources and Bio-Sourced: An Avenir for l’Afrique. Ph.D. Thesis, University of Liège, Liège.