… on the use of construction demolition waste in poor clayey soil to improve its strength and …
construction demolition waste used in the present study for stabilizing the poor clayey soil …

… grained soils with in situ water contents above the optimum compaction water content generally
show poor engineering properties, therefore their properties need to be improved by soil …

… waste materials such as construction waste and glass waste on numerous properties of soil.
… evaluate that the strength of the poor soils increased by use of these two waste materials. …

… waste generation in the world; hence, CDW has become a burden nowadays. Moreover, the
construction of low-rise buildings on weak soil … behavior of weak soil under study. The main …

… construction–demolition waste and cement kiln dust in poor … of the fine-grained soils with
addition of demolition waste [8]. … ash, construction–demolition waste and lime carried out in soil …

… of BC soil using Construction and Demolition (C & D) waste (… debris) which resulted in soil+10
percent C & D waste optimum … soil was found to be higher indicating the poor quality of soil …

… The use of construction demolition (C&D) waste in soil stabilization is still under research
as … Clayey soils often possess poor strength characteristics and pose serious construction …

… Furthermore, reclaimed land containing high levels of exchangeable Na + results in poor
soil conditions due to the dispersion of soil particles and nutrient imbalances; in such cases, …

… waste materials. Globally, it is estimated that about 35% of the quantities of construction and
demolition waste … ”, “Poor awareness and behavior of construction contractors and workers”, …

… construction of structures in weak soils, one of the best solutions may be soil improvement,
the recycling and reuse of construction … in the amount of construction and demolition waste [7], …