枣籽粉对高岭石粘土强度影响的研究

Yahya k. Atemimi, K. A. saeed
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引用次数: 2

摘要

高岭土具有低强度、高含水量、低密度、低渗透性等特点,被认为是问题土。因此,有人试图通过与不同的添加剂混合来改善这种土壤的工程特性。本研究将红枣种子粉以两种形式使用,一种是作为粉末(DSP)与不同重量百分比(3%、5%、7%和10%)的高岭土混合,另一种是将红枣种子粉在450℃的炉内燃烧4小时,然后与不同重量百分比(3%、5%、7%和10%)的高岭土混合。结果表明,在无侧限抗压强度试验UCS中,当DSPB为5%时,高岭土的强度比原始强度提高了755%。结果表明,当掺10%DSPB时,各掺量的塑性指数均下降26.2%。养护时间结果表明,在0 ~ 28天内,强度分别从170 ~ 310 kN/ m2增加了很高的百分比,相当于基准土强度的1386%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Study the Effect of Date Seed Powder on the Strength of Kaolinite Clay Soil
The Kaolinite soil is considered as a problematic soil due to its low strength with high water content, low density and low permeability. So, there are attempts to improve the engineering properties of this type of soil by mixing it with different additives. In this study the Date seeds powder was used in two forms, first: as a powder (DSP) and mixed with the Kaolin soil at different percentages by weight (3%, 5%, 7% and 10%), and second, the powder was burned at 450 O C for 4 hours in furnace (DSPB) then mixed with Kaolin soil at different percentages by weight (3%, 5%, 7%, and 10%). The results show an increase of 755% in the strength of the Kaolinite soils at 5% DSPB as compared to the origin strength when testing in unconfined compressive strength test UCS. Also, the results show a decrease in plasticity index for all mixture percentages in DSPB by 26.2% using 10%DSPB. Curing time results show high percent of increase in strength from 170 to 310 kN/m 2 for 0 to 28 days respectively, this increase equal to 1386% from strength of reference soil.
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