EXPERIMENTAL RESEARCH ON LATERAL PRESSURE OF GRANULAR MEDIA WITHIN CLOSELY SPACED WALLS CONSIDERING DIFFERENT FILLING CONDITIONS

This article presents the results of an original experimental research on the lateral pressure acting on closely spaced rigid walls at different angles of granular particle orientation to the horizontal line. Filling was performed at three different predominant angles of grain orientation with respe...

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Main Author: Aleksej Aniskin
Format: Article
Language:English
Published: Faculty of Civil Engineering Osijek 2016-12-01
Series:e-GFOS
Online Access:http://e-gfos.gfos.hr/images/stories/clanci/broj13/Paper%204_Aniskin/Paper%204_Aniskin.pdf
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author Aleksej Aniskin
author_facet Aleksej Aniskin
author_sort Aleksej Aniskin
collection DOAJ
description This article presents the results of an original experimental research on the lateral pressure acting on closely spaced rigid walls at different angles of granular particle orientation to the horizontal line. Filling was performed at three different predominant angles of grain orientation with respect to the horizontal line: 0°, 45°, and 90°. The aim of the study is to determine the nature of the influence of the particle orientation achieved by filling on the characteristics and distribution of the lateral pressure. In the experiments, a composite medium, i.e. a mixture of quartz sand and flat shell particles in a volume ratio of 2:1, was used. The results of the experiments showed a significant difference in the lateral pressure at different angles of particle orientation. It was found that at an angle of 90°, the average lateral pressure was 44.2% more than that at an angle of 0°.
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spelling doaj.art-2eb93b6c72914c3fa68b411f07d9edfd2022-12-22T03:08:47ZengFaculty of Civil Engineering Osijeke-GFOS1847-89482016-12-01713303810.13167/2016.13.4EXPERIMENTAL RESEARCH ON LATERAL PRESSURE OF GRANULAR MEDIA WITHIN CLOSELY SPACED WALLS CONSIDERING DIFFERENT FILLING CONDITIONSAleksej Aniskin0University North, Department of Civil EngineeringThis article presents the results of an original experimental research on the lateral pressure acting on closely spaced rigid walls at different angles of granular particle orientation to the horizontal line. Filling was performed at three different predominant angles of grain orientation with respect to the horizontal line: 0°, 45°, and 90°. The aim of the study is to determine the nature of the influence of the particle orientation achieved by filling on the characteristics and distribution of the lateral pressure. In the experiments, a composite medium, i.e. a mixture of quartz sand and flat shell particles in a volume ratio of 2:1, was used. The results of the experiments showed a significant difference in the lateral pressure at different angles of particle orientation. It was found that at an angle of 90°, the average lateral pressure was 44.2% more than that at an angle of 0°.http://e-gfos.gfos.hr/images/stories/clanci/broj13/Paper%204_Aniskin/Paper%204_Aniskin.pdf
spellingShingle Aleksej Aniskin
EXPERIMENTAL RESEARCH ON LATERAL PRESSURE OF GRANULAR MEDIA WITHIN CLOSELY SPACED WALLS CONSIDERING DIFFERENT FILLING CONDITIONS
e-GFOS
title EXPERIMENTAL RESEARCH ON LATERAL PRESSURE OF GRANULAR MEDIA WITHIN CLOSELY SPACED WALLS CONSIDERING DIFFERENT FILLING CONDITIONS
title_full EXPERIMENTAL RESEARCH ON LATERAL PRESSURE OF GRANULAR MEDIA WITHIN CLOSELY SPACED WALLS CONSIDERING DIFFERENT FILLING CONDITIONS
title_fullStr EXPERIMENTAL RESEARCH ON LATERAL PRESSURE OF GRANULAR MEDIA WITHIN CLOSELY SPACED WALLS CONSIDERING DIFFERENT FILLING CONDITIONS
title_full_unstemmed EXPERIMENTAL RESEARCH ON LATERAL PRESSURE OF GRANULAR MEDIA WITHIN CLOSELY SPACED WALLS CONSIDERING DIFFERENT FILLING CONDITIONS
title_short EXPERIMENTAL RESEARCH ON LATERAL PRESSURE OF GRANULAR MEDIA WITHIN CLOSELY SPACED WALLS CONSIDERING DIFFERENT FILLING CONDITIONS
title_sort experimental research on lateral pressure of granular media within closely spaced walls considering different filling conditions
url http://e-gfos.gfos.hr/images/stories/clanci/broj13/Paper%204_Aniskin/Paper%204_Aniskin.pdf
work_keys_str_mv AT aleksejaniskin experimentalresearchonlateralpressureofgranularmediawithincloselyspacedwallsconsideringdifferentfillingconditions