Title of article
Mechanical Properties of Clayey Sand Treated with Cement-Rubbershreds
Author/Authors
Chan, C.M. Universiti Tun Hussein Onn Malaysia - Faculty of Civil and Environmental Engineering - Research Centre for Soft Soils, MALAYSIA
From page
7
To page
12
Abstract
Residual soils of clayey sand composition can potentially be treated to construct a 2-layer pavement system. Using cement as the primary binder and recycled rubbershreds ( 2 mm thick, 0.425 mm - 12 mm in length) as filler material, the improved ground can serve as a reliable road foundation, overlain with a surface capping layer. In order to determine the performance of this treated foundation layer, the relevant mechanical properties were examined using suitable laboratory tests, i.e. compaction, unconfined compressive strength and bender element tests. From the test results, it can be concluded that a mixture of cement and recycled rubbershreds effectively enhanced the mechanical properties of the soil. The cement dosage was kept at a minimum to bind the soil and rubbershreds for long term durability, while the rubbershreds served as a flexible filler material, without compromising the targeted strength and compressibility.
Keywords
Cement , rubbershreds , residual soil , pavement
Journal title
Civil Engineering Dimension
Journal title
Civil Engineering Dimension
Record number
2551420
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