Influence of Soil Strength Spatial Variability on the Stability of an Undrained Clay Slope by Finite Elements
@inproceedings{Griffiths2000InfluenceOS,
title={Influence of Soil Strength Spatial Variability on the Stability of an Undrained Clay Slope by Finite Elements},
author={D. Griffiths and G. Fenton},
year={2000}
}97 Citations
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References
SHOWING 1-6 OF 6 REFERENCES