GEOTECHNICAL PROPERTIES OF RICE HUSK ASH ENHANCED LIMESTABILIZED EXPANSIVE CLAY
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The high- est strength gain is obtained at 0.8% fiber content, and further addition of fibers tends to reduce both the unconfined compressive and tensile strengths, but the strength
The results of this study showed that the application of various soil amendment increased soil pH, which the pH increase of the lime application was relatively more stable over
This research experimented variants of white soil bricks added with rice husk ash and coconut fiber based on the hypothesis that the mixture s have high
5presents the Atterberg limit test results obtained for Sidi-Hadjre`s wilaya of M’sila, Algeria expansive clay trea- ted with various considered cement and lime contents.. It can be
The compressive, splitting tensile and flexural strength tests were carried out on three specimen sand impact resistance test was performed on five specimens at the age of 28, 56 and 90
Research findings also suggests that RHA improves other parameters of concrete including compressive strength Siddika et al., 2018; Singh et al., 2016; Talsania et al., 2015, Singh &
Swelling Potential of Treated Expansive Soil Shear Strength Behaviour The shear strength parameter such as cohesion and internal friction angle of soil was obtained from UU triaxial
With high porosity and uneven shape, the RHA mixture absorbed water into their particulate matter and resulted in the high normal consistency of the PCC-RHA paste Figure 13 provides
