Publications Scientifiques

[ Article ] Mechanical characterization of an ecomaterial: Case of compress earth bloc (CEB) with addition of coton waste

Date de soumission: 11-01-2017
Année de Publication: 2015
Entité/Laboratoire Laboratroire d'Energétique et de Mécanique Appliquée (LEMA)
Document type : Article
Discipline(s) : Ingénierie Mécanique
Titre Mechanical characterization of an ecomaterial: Case of compress earth bloc (CEB) with addition of coton waste
Auteurs TOUKOUROU CHAKIROU A. [1], FAGLA Benoît Fanou Zinsou [2], BAGAN Gontrand [3], Adjovi Loko Raoul S. [4], Avamasse1 Sefiou J. [5],
Journal: International Journal of Current Trends in Research
Catégorie Journal: Internationale
Impact factor: 0
Volume Journal: 4
DOI: ISSN: 2278-8042
Resume This work studies the prospect of incorporation of cotton waste in the CEB. This study, prompted by the desire to reduce the cost of construction as well as reducing the weight of CEB incorporating their low density materials such as cotton waste, fits well with the policy of promotion and development of local building materials Benin. This work is focused on the determination of mechanical properties of composite: soil–cement-waste cotton material. First, we characterized the land of study. Characterization tests in the laboratory were used to classify the material according to the classification of the standard NF P 11 300 and the GTR. These tests, our study are a land of clay - sand mixture, which contains a high proportion of fines. Its plasticity index is adequate for achieving the CEB. Then, with the addition of CEB cotton waste percentages 10%, 20 %, 30 %, 40% and 50% were tested for simple compression, 3-point bending, abrasion and water absorption capillarity. The incorporation rate which provide the best mechanical resistance levels are 10 % and 20 %. For these rates, unconfined compressive strength at 21 days of age blocks are respectively 3.30 MPa and 3.01 MPa, their flexural strength three points are respectively 0.76 MPa and 0.70 MPa. Moreover, the comparative study between the test results for the CEB with the addition of cotton waste and those without adding simply stabilized cement revealed that CEB with the addition of cotton waste to 21 days of age are slightly less durable and less porous than simply stabilized. The resistance values obtained allows us to affirm that the use of CEB with the addition of cotton waste is possible in light constructions.
Mots clés CEB, mechanical properties, cotton waste, simple compression, three-point bending.
Pages 109 - 114
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