THE STRENGTH EVALUATION OF THE LIQUEFIED SOIL STABILIZATION MATERIAL BY THE SMALL FWD TEST

机译：用小流量试验评价液化土稳定材料的强度。

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In the meantime,an attempt has been made to use industrial waste as soil materials acceptable in large quantities for recycling industrial waste.Our laboratory has been examining the possibilities of using various types of industrial waste as materials of the liquefied soil stabilization materials.As a result,we have found that coal ash is fully usable as aggregate of the liquefied soil stabilization material and that high strength soil chambers could be made by adjusting the volume of cement.In this study,soil chambers were made using coal ash and changes in strength with time were investigated.For measuring strength,unconfined compression tests and small FWD (falling weight deflectometer) tests were conducted,and a comparative study was made of different testing methods.The results are reported in this paper.

机译：同时，已经尝试使用工业废料作为可大量回收的工业废料的土壤材料。我们的实验室一直在研究使用各种类型的工业废料作为液化土壤稳定材料的可能性。结果，我们发现粉煤灰可作为液化土壤稳定材料的骨料充分使用，并且可以通过调节水泥的体积制成高强度的土壤室。在这项研究中，使用粉煤灰和强度变化来制造土壤室为了测量强度，进行了无边压缩试验和小型FWD（落锤挠度计）试验，并对不同的试验方法进行了比较研究。结果报告在本文中。

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来源
《New advances in geotechnical engineering》|2013年|387-390|共4页
会议地点 Chengdu(CN)
作者
HIDEAKI SHIBATA; MASATOMO TANAKA; ISAMU ONO; TUYOSHI OKANO;
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作者单位

Department of Civil Engineering,Kokushikan University,4-28-1 setagaya setagaya-ku Tokyo Japan;

Department of Civil Engineering,Kokushikan University,4-28-1 setagaya setagaya-ku Tokyo Japan;

Department of Civil Engineering,Kokushikan University,4-28-1 setagaya setagaya-ku Tokyo Japan;

Tokyosokkikenkyujo co.,ltd.,6-8-2minamiooi shinagawa-ku Tokyo Japan;

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原文格式 PDF
正文语种 eng
中图分类土力学、地基基础工程;
关键词
small FWD test; the liquefied soil stabilization; unconfined compressive strength;

机译：小型FWD测试；液化土壤稳定剂；无侧限抗压强度;

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1. Chemical stabilization remediation for heavy metals in contaminated soils on the latest decade: Available stabilizing materials and associated evaluation methods - A critical review [J] . Xu Da-Mao, Fu Rong-Bing, Wang Jun-Xian, Journal of Cleaner Production . 2021,第Octa25期

机译：最近十年的污染土壤中重金属的化学稳定性修复：可用稳定材料和相关评价方法 - 批判性审查
2. Evaluating Impact Resonance Testing As a Tool for Predicting Hydraulic Conductivity and Strength Changes in Cement-Stabilized Soils [J] . Reza Jolous Jamshidi, Craig B. Lake, Christopher L. Barnes Journal of materials in civil engineering . 2015,第12期

机译：评估冲击共振测试，作为预测水泥稳定土的水力传导率和强度变化的工具
3. Liquefied Strength Ratio for Eight Laboratory-Tested Sandy Soils [J] . Timothy D. Stark, Charles J. MacRobert, Sean A. Hayter Journal of geotechnical and geoenvironmental engineering . 2021,第2期

机译：八个实验室测试砂土的液化强度比
4. THE STRENGTH EVALUATION OF THE LIQUEFIED SOIL STABILIZATION MATERIAL BY THE SMALL FWD TEST [C] . HIDEAKI SHIBATA, MASATOMO TANAKA, ISAMU ONO, China - Japan Geotechnical Symposium . 2013

机译：小型FWD试验对液化土壤稳定材料的强度评价
5. Study on Promoting Use of Liquefied Stabilized Soil Mixed with Fibered Material as Backfilling Material in Hanoi City [D] . DO Tuan Anh 2019

机译：在河内市促进掺入纤维材料作为回填材料的液化稳定土的研究
6. Analytical tests to evaluate pozzolanic reaction in lime stabilized soils [O] . Pavan Akula, Dallas N Little 2020

机译：分析试验评价石灰稳定的土壤中的Pozzolanic反应
7. CUMULATIVE DAMAGE EVALUATION FOR COLLAPSE OF STEEL PILE IN LIQUEFIED SOIL SUBJECTED TO MULTIPLE EARTHQUAKES BASED ON CENTRIFUGAL TESTS OF SUPERSTRUCTURE-PILE FOUNDATION AND LIQUEFIED SOIL SYSTEM [O] . Moeko MATOBA, Yoshihiro KIMURA, Shuji TAMURA 2021

机译：基于超大桩基桩基与液化土壤中液化土壤液化土壤液化土钢桩坍塌损伤评价
8. Soil Stabilization. Report No. 2: Initial Laboratory and Field Tests of Quicklime as a Soil-Stabilizing Material. [R] . Kozan, G. R. 1958

机译：土壤稳定。第2号报告：生石灰作为土壤稳定材料的初步实验室和现场试验。

THE STRENGTH EVALUATION OF THE LIQUEFIED SOIL STABILIZATION MATERIAL BY THE SMALL FWD TEST

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