The analysis on the correlation parameters of the embankment compaction under in situ conditions

Maciej Kumor


Department of Geotechnics; Faculty of Civil and Environmental Engineering and Architecture; University of Technology of Life Sciences in Bydgoszcz (Poland)

Łukasz Kumor


Geotechnical Department; Faculty of Civil Engineering Architecture and Environment Engineering; University Technology and Life Science (Poland)
https://orcid.org/0000-0002-4863-2643

Joanna Farmas


Geotechnical Department; Faculty of Civil Engineering Architecture and Environment Engineering; University Technology and Life Science (Poland)

Abstract

Geotechnical assessment of the implementation correctness of a road embankment wide range of issues, among which important selection and control of the quality of the earthworks are extremely significant. The article presents results of in situ tests determining correlations between the depending parameters defined by a static plate – VSS test – E1 and E2, and obtained from the study LFG Dynamic Load Plate. Studies indicate that the determination of the correlation between the parameters characterizing the particle size distribution (Cc, Cu, D10, D20, D30, D60), and the compaction parameters obtained by examining the compaction of sand embankment (Evd, E1, E2, I0) is physically complex and hence extremely difficult. 


Keywords:

embankment, compaction parameters, correlation

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Published
2013-09-11

Cited by

Kumor, M., Kumor, Łukasz and Farmas, J. (2013) “The analysis on the correlation parameters of the embankment compaction under in situ conditions”, Budownictwo i Architektura, 12(3), pp. 097–104. doi: 10.35784/bud-arch.1995.

Authors

Maciej Kumor 

Department of Geotechnics; Faculty of Civil and Environmental Engineering and Architecture; University of Technology of Life Sciences in Bydgoszcz Poland

Authors

Łukasz Kumor 

Geotechnical Department; Faculty of Civil Engineering Architecture and Environment Engineering; University Technology and Life Science Poland
https://orcid.org/0000-0002-4863-2643

Authors

Joanna Farmas 

Geotechnical Department; Faculty of Civil Engineering Architecture and Environment Engineering; University Technology and Life Science Poland

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