author_facet Louafi, Bahia
Hadef, Billal
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Hadef, Billal
Bahar, Ramdane
author Louafi, Bahia
Hadef, Billal
Bahar, Ramdane
spellingShingle Louafi, Bahia
Hadef, Billal
Bahar, Ramdane
Advanced Materials Research
Improvement of Geotechnical Characteristics of Clay Soils Using Lime
General Engineering
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spelling Louafi, Bahia Hadef, Billal Bahar, Ramdane 1662-8985 Trans Tech Publications, Ltd. General Engineering http://dx.doi.org/10.4028/www.scientific.net/amr.1105.315 <jats:p>This study presents the results of an experimental work carried out to investigate the effects of treatment of fine bentonite clay using various contents of lime. Tests conducted verified substantial changes and significant improvement in physical and mechanical characteristics of the clay. Techniques including ultrasonic tests and unconfined compression were utilized for a series of lime content (0%,2%, 4% and 6%) for variable curing times. The studied clay soils revealed that lime treated clays get changed and improved with regard to particular geotechnical characteristics due to cation exchanges, particle rearrangements and pozzolanic reactions. The analysis of ultrasonic tests and compressive strength showed a process of gradual increase in strength and compactness of the reaction products over time. For an optimum dose and extended curing time, the stabilized soil acts as a rock.</jats:p> Improvement of Geotechnical Characteristics of Clay Soils Using Lime Advanced Materials Research
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title Improvement of Geotechnical Characteristics of Clay Soils Using Lime
title_unstemmed Improvement of Geotechnical Characteristics of Clay Soils Using Lime
title_full Improvement of Geotechnical Characteristics of Clay Soils Using Lime
title_fullStr Improvement of Geotechnical Characteristics of Clay Soils Using Lime
title_full_unstemmed Improvement of Geotechnical Characteristics of Clay Soils Using Lime
title_short Improvement of Geotechnical Characteristics of Clay Soils Using Lime
title_sort improvement of geotechnical characteristics of clay soils using lime
topic General Engineering
url http://dx.doi.org/10.4028/www.scientific.net/amr.1105.315
publishDate 2015
physical 315-319
description <jats:p>This study presents the results of an experimental work carried out to investigate the effects of treatment of fine bentonite clay using various contents of lime. Tests conducted verified substantial changes and significant improvement in physical and mechanical characteristics of the clay. Techniques including ultrasonic tests and unconfined compression were utilized for a series of lime content (0%,2%, 4% and 6%) for variable curing times. The studied clay soils revealed that lime treated clays get changed and improved with regard to particular geotechnical characteristics due to cation exchanges, particle rearrangements and pozzolanic reactions. The analysis of ultrasonic tests and compressive strength showed a process of gradual increase in strength and compactness of the reaction products over time. For an optimum dose and extended curing time, the stabilized soil acts as a rock.</jats:p>
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author Louafi, Bahia, Hadef, Billal, Bahar, Ramdane
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description <jats:p>This study presents the results of an experimental work carried out to investigate the effects of treatment of fine bentonite clay using various contents of lime. Tests conducted verified substantial changes and significant improvement in physical and mechanical characteristics of the clay. Techniques including ultrasonic tests and unconfined compression were utilized for a series of lime content (0%,2%, 4% and 6%) for variable curing times. The studied clay soils revealed that lime treated clays get changed and improved with regard to particular geotechnical characteristics due to cation exchanges, particle rearrangements and pozzolanic reactions. The analysis of ultrasonic tests and compressive strength showed a process of gradual increase in strength and compactness of the reaction products over time. For an optimum dose and extended curing time, the stabilized soil acts as a rock.</jats:p>
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spelling Louafi, Bahia Hadef, Billal Bahar, Ramdane 1662-8985 Trans Tech Publications, Ltd. General Engineering http://dx.doi.org/10.4028/www.scientific.net/amr.1105.315 <jats:p>This study presents the results of an experimental work carried out to investigate the effects of treatment of fine bentonite clay using various contents of lime. Tests conducted verified substantial changes and significant improvement in physical and mechanical characteristics of the clay. Techniques including ultrasonic tests and unconfined compression were utilized for a series of lime content (0%,2%, 4% and 6%) for variable curing times. The studied clay soils revealed that lime treated clays get changed and improved with regard to particular geotechnical characteristics due to cation exchanges, particle rearrangements and pozzolanic reactions. The analysis of ultrasonic tests and compressive strength showed a process of gradual increase in strength and compactness of the reaction products over time. For an optimum dose and extended curing time, the stabilized soil acts as a rock.</jats:p> Improvement of Geotechnical Characteristics of Clay Soils Using Lime Advanced Materials Research
spellingShingle Louafi, Bahia, Hadef, Billal, Bahar, Ramdane, Advanced Materials Research, Improvement of Geotechnical Characteristics of Clay Soils Using Lime, General Engineering
title Improvement of Geotechnical Characteristics of Clay Soils Using Lime
title_full Improvement of Geotechnical Characteristics of Clay Soils Using Lime
title_fullStr Improvement of Geotechnical Characteristics of Clay Soils Using Lime
title_full_unstemmed Improvement of Geotechnical Characteristics of Clay Soils Using Lime
title_short Improvement of Geotechnical Characteristics of Clay Soils Using Lime
title_sort improvement of geotechnical characteristics of clay soils using lime
title_unstemmed Improvement of Geotechnical Characteristics of Clay Soils Using Lime
topic General Engineering
url http://dx.doi.org/10.4028/www.scientific.net/amr.1105.315