The Influence of Acceleration on the Efficiency of Sand Compaction Tests Conducted on a Vibrating Table

The paper presents a standard vibrating table for fresh concrete testing adopted for determination of maximum dry density (ρ ) of sand. Vibration is an efficient method for coarse soil compaction therefore vibrating tables are useful for ρ determination. Acceleration that the soil is subject to is o...

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Published inCivil and environmental engineering reports Vol. 24; no. 1; pp. 169 - 183
Main Author Szajna, Waldemar St
Format Journal Article
LanguageEnglish
Published De Gruyter Open 28.03.2017
Subjects
density - acceleration relationship
mechanical vibration measurements
sand compaction
vibrating table
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Abstract The paper presents a standard vibrating table for fresh concrete testing adopted for determination of maximum dry density (ρ ) of sand. Vibration is an efficient method for coarse soil compaction therefore vibrating tables are useful for ρ determination. Acceleration that the soil is subject to is one of the basic parameters of efficient compaction. A vibrating table with inertial excitation was supplemented by a frequency converter and subjected to dynamic tests. The results of measurements of dynamic parameters are included. The paper presents problems connected with this method and describes the relationship between efficiency of compaction and accelerations which the soil is subjected to.
AbstractList The paper presents a standard vibrating table for fresh concrete testing adopted for determination of maximum dry density (ρdmax) of sand. Vibration is an efficient method for coarse soil compaction therefore vibrating tables are useful for ρdmax determination. Acceleration that the soil is subject to is one of the basic parameters of efficient compaction. A vibrating table with inertial excitation was supplemented by a frequency converter and subjected to dynamic tests. The results of measurements of dynamic parameters are included. The paper presents problems connected with this method and describes the relationship between efficiency of compaction and accelerations which the soil is subjected to.
The paper presents a standard vibrating table for fresh concrete testing adopted for determination of maximum dry density (ρ ) of sand. Vibration is an efficient method for coarse soil compaction therefore vibrating tables are useful for ρ determination. Acceleration that the soil is subject to is one of the basic parameters of efficient compaction. A vibrating table with inertial excitation was supplemented by a frequency converter and subjected to dynamic tests. The results of measurements of dynamic parameters are included. The paper presents problems connected with this method and describes the relationship between efficiency of compaction and accelerations which the soil is subjected to.
Author Szajna, Waldemar St
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  organization: University of Zielona Góra, Faculty of Civil and Environmental, Engineering, Z. Szafrana st 1, 65-516 Zielona Góra, Poland
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Snippet The paper presents a standard vibrating table for fresh concrete testing adopted for determination of maximum dry density (ρ ) of sand. Vibration is an...
The paper presents a standard vibrating table for fresh concrete testing adopted for determination of maximum dry density (ρdmax) of sand. Vibration is an...
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StartPage 169
SubjectTerms density - acceleration relationship
mechanical vibration measurements
sand compaction
vibrating table
Title The Influence of Acceleration on the Efficiency of Sand Compaction Tests Conducted on a Vibrating Table
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