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Performance Of Cement Mortar Made With Fine Aggregates Of Dune Sand, Kharga Oasis, Western Desert , Egypt: An Experimental Study

Submitted2013-07-03
Last Update2013-07-03
TitlePerformance Of Cement Mortar Made With Fine Aggregates Of Dune Sand, Kharga Oasis, Western Desert , Egypt: An Experimental Study
Author(s)Author #1
Author title:
Name: El-Sayed Sedek Abu Seif
Org: Geology Department, Faculty of Science, Sohag University, Sohag, Egypt, P.O. Box 82524. Faculty of Earth Sciences, King Abdul Aziz University, Jeddah, Saudi Arabia.
Country:
Email: elsayed_71@yahoo.com

Other Author(s)
Contact AuthorAuthor #1
Alt Email: elsayed_71@yahoo.com
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KeywordsKharga dune sands, Fine aggregates, Cement mortar.
AbstractFine aggregates of sand dunes cover an area of more than 16.6% of the total area of Egypt, especially in the Western Desert. In Kharga Oasis, about 400 km2 are covered by sand dunes. Sustainable development in the Western Desert of Egypt can be impaired by hazards due to movements of dunes causing desertification which impacts farm lands and infrastructure such as asphaltic roads. The fine aggregates of these dunes are considered as an important natural source of fine aggregate making them a major component in concrete and mortar mixes. The dune sands in Kharga Oasis are composed mainly of quartz, feldspars and trace amounts of other minerals. The silt and clay contents are negligible. Using the USCS-classification, the studied dune sands are poorly graded sand (SP). Texturally, these dune sands are consisting of rounded spherical grains with less abundant angular components. The specific gravity varies in a very narrow range. The TDS-values ranged from 512 to 523 ppm. Calcium Carbonates (CaCO3)2-, Sulphates (SO4)2- and Chlorides (Cl)- are present with scarce amounts. Based on the grain-size, textural, mineralogical and chemical results obtained in this study, dune sands in Kharga Oasis can be used as fine aggregates in cement mortar.
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