Reducing impact of vibrations from compaction on slope stability
Published May 04, 2021
Johansson, J., Park, J., Madshus, C. and Wersäll C. (2020) Reducing impact of vibrations from compaction on slope stability, Eurodyn2020, Athens, Greece, 23-26 November 2020, Vol. 1, pp. 2407-2426
A tsunami caused by a landslide caused extensive damage at Statland, Norway in 2014. The landslide was probably triggered by man-made vibrations. To understand better how vibrations from vibratory compaction affect slope stability, a frequency domain numerical tool has been extended to account for realistic non-linear soil behaviour. The tool is validated by comparison with field experiments of vibratory compaction.