Improving Collapsibility and Compressibility of Gypseous Sandy Soil Using Bentonite and Kaolinite
Improving Collapsibility and Compressibility of Gypseous Sandy Soil Using Bentonite and Kaolinite

Hussein H. Karim; T. Schanz; Maha H. Nasif

Volume 30, Issue 18 , October 2012, , Page 3141-3153

https://doi.org/10.30684/etj.30.18.3

Abstract
  The sandy soil which covers the surface layer for the investigated area consists of high gypsum content (50%). The soil was found to be a “collapsible” soil. Thus bentonite ...  Read More ...
Improvement of Sabkha Soil by Using Geomesh and Addition of Polycoa
Improvement of Sabkha Soil by Using Geomesh and Addition of Polycoa

Hassan Obaid Abbas

Volume 30, Issue 4 , February 2012, , Page 568-576

https://doi.org/10.30684/etj.30.4.4

Abstract
  Sabkha soil is a rich soil with salt deposited which result from evaporation of water, it is one of the many types of collapsible soils and in turn is one of the many types of problematic ...  Read More ...
Effect of Adding Fine Gravel and Cement on Settlement of Sabkha Soil
Effect of Adding Fine Gravel and Cement on Settlement of Sabkha Soil

Hassan Obaid Abbas

Volume 30, Issue 1 , January 2012, , Page 87-97

https://doi.org/10.30684/etj.30.1.8

Abstract
  Sabkha soil is one of the many types of collapsible soils and in turn is on of the many types of problematic soils. This soil is totally having good engineering properties when dry ...  Read More ...
Improvement of Gypseous Soil by Clinker Additive
Improvement of Gypseous Soil by Clinker Additive

Mohammed A. Mahmoud Al-Neami

Volume 28, Issue 19 , September 2010, , Page 5822-5832

https://doi.org/10.30684/etj.28.19.2

Abstract
  In this paper, mechanical properties were studied for gypseous soilbrought up from Al-Axandria region, Babylon Governorate. Gypsumcontent is equal to (40%). Many tests were employed ...  Read More ...