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Compaction and Liquefaction of a Sandy Layer: Simulation of Shaking Table Experiments

Sawicki, A. / Swidzinski, W.

This paper presents numerical simulations of the behavior of a sandy layer subjected to a cyclic horizontal acceleration in shaking table tests, with a particular attention focused on the settlements of a dry sand layer, and on the liquefaction of saturated sand. A compaction/liquefaction model (C/L) is applied to these simulations. The influence of specific parameters of the model on the compaction and liquefaction of a sandy layer is shown and discussed. The results of simulations are compared with selected experimental data.

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Compaction and Liquefaction of a Sandy Layer: Simulation of Shaking Table Experiments

Sawicki, A. / Swidzinski, W.

This paper presents numerical simulations of the behavior of a sandy layer subjected to a cyclic horizontal acceleration in shaking table tests, with a particular attention focused on the settlements of a dry sand layer, and on the liquefaction of saturated sand. A compaction/liquefaction model (C/L) is applied to these simulations. The influence of specific parameters of the model on the compaction and liquefaction of a sandy layer is shown and discussed. The results of simulations are compared with selected experimental data.

Compaction and Liquefaction of a Sandy Layer: Simulation of Shaking Table Experiments

Sawicki, A. / Swidzinski, W.

This paper presents numerical simulations of the behavior of a sandy layer subjected to a cyclic horizontal acceleration in shaking table tests, with a particular attention focused on the settlements of a dry sand layer, and on the liquefaction of saturated sand. A compaction/liquefaction model (C/L) is applied to these simulations. The influence of specific parameters of the model on the compaction and liquefaction of a sandy layer is shown and discussed. The results of simulations are compared with selected experimental data.

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Title:

Compaction and Liquefaction of a Sandy Layer: Simulation of Shaking Table Experiments

Contributors:

Sawicki, A. (author) / Swidzinski, W. (author)

Published in:

Archives of Civil Engineering ; LIX ; 509-521

Publication date:

2013

Size:

13 Seiten, 12 Quellen

ISSN:

DOI:

https://doi.org/10.2478/ace-2013-0028

Type of media:

Article (Journal)

Type of material:

Print

Language:

English

Keywords:

Kompaktieren , Verflüssigen , numerische Simulation , Beschleunigung , experimentelle Daten

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