iosr-JMCE   Volume-23 ~ Issue-2 ~ Mar. – Apr. 2026

Abstract: In most developing countries, particularly Niger, unpaved roads account for more than 70% of the national road network. Their widespread use is justified by the availability of construction and maintenance materials in the immediate vicinity of project sites. However, these roads have limited durability because of the characteristics of the borrow...

Keywords: Borow Materials, Unpaved Roads, Geotechnical Characterization

[1]. Mamah, I., Milanes, H. M., Wadja, K. D., & Bouamey, K. (2025). Caractérisation Géotechnique Du Sable Argileux Traité A La
Chaux, Utilisable En Couches De Chaussée Dans L’extrême Sud-Ouest Du Togo. Revue Internationale De La Recherche Scientifique
(Revue-IRS), ISSN : 2958-8413.
[2]. P’Kla, A., Amey, K. B., & Neglo, K. (2016). Caractérisation Géotechnique Du Sable Silteux Utilisé En Couche De Chaussée Au Sud Du Togo Et Du Bénin. Journal De La Recherche Scientifique De l'Université De Lomé (Togo), Série E, 18(3), 185-194.
[3]. CEBTP (1984). Guide Pratique Du Dimensionnement Des Chaussées Pour Les Pays Tropicaux. Centre Expérimental De Recherches
Et d'Études Du Bâtiment Et Des Travaux Publics, Ministère De La Coopération Et Du Développement, Paris, France.
[4]. LCPC/SETRA (1992). Réalisation Des Remblais Et Des Couches De Forme (GTR). Fascicule 1 : Principes Généraux Et Fascicule 2
: Annexes Techniques. Guide Technique, Paris.

Abstract: E-waste i.e., electrical & electronic waste is growing very fast these days with increase in electrical and electronic industries worldwide. The disposal of e-waste has been a global threat to the environment for many years. The recycling of e-waste materials in making concrete is not only being considered as most feasible solution to this global problem of disposal of e-waste to a great extent but it saves our natural resources of aggregate also. The work was conducted..

Keywords: E-waste, compressive strength, split tensile strength and flexural strength

[1]. Ankit Mathur, Akhil Chaudhary, Parnika Singh Yadav And Krishna Murari, “Experimental Study Of Concrete Using Combination Of E-Waste And Plastic Waste As Coarse Aggregate” SSRG International Journal Of Civil Engineering, Vol.4, No.5, Pp.36-39,2017.
[2]. Arun Kumar, A And Senthamizh Selvan, R., “Performance Of Recycled E-Waste As Aggregates In Green Concrete” Nature Environment And Pollution Technology, Vol.16, No.4, Pp.1135-1140, 2017.
[3]. Ashwini Manjunath B T, “Partial Replacement Of E-Plastic Waste As Coarse Aggregate In Concrete” Procedia Environmental Sciences 35 (2016) 731-739
[4]. Code Of Indian Standard Specifications IS:383-2016.
[5]. IS:10262-2009 Code Book