Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Probabilistic and spatial assessment of liquefaction-induced settlements through multiscale random field models
https://orcid.org/0000-0002-0394-6710
Abstract Evaluation of liquefaction-induced settlements over an extended area requires the integration of different solution models that can account for the liquefaction resistance of a given soil profile and its spatial dependence across scales. In this paper, a CPT-based liquefaction model is adopted to estimate the liquefaction-induced settlement at individual sounding locations. The model is then integrated with multiscale random field models to account for spatial variability of soil properties. One important advantage of the proposed framework is its ability to consistently refine and provide settlement estimations across different scales, from regional and geologic unit scales down to a local, site-specific scale. The proposed methodology is then applied to the Alameda County, California, an earthquake-prone region, to illustrate the procedure for probabilistic and spatial assessment of liquefaction-induced settlements at different scales.
Highlights A framework to estimate regional liquefaction-induced settlement is developed. Spatial variability of soil properties across different scales is captured. Local site-specific analyses of liquefaction-induced ground settlement are performed.
Probabilistic and spatial assessment of liquefaction-induced settlements through multiscale random field models
https://orcid.org/0000-0002-0394-6710
Abstract Evaluation of liquefaction-induced settlements over an extended area requires the integration of different solution models that can account for the liquefaction resistance of a given soil profile and its spatial dependence across scales. In this paper, a CPT-based liquefaction model is adopted to estimate the liquefaction-induced settlement at individual sounding locations. The model is then integrated with multiscale random field models to account for spatial variability of soil properties. One important advantage of the proposed framework is its ability to consistently refine and provide settlement estimations across different scales, from regional and geologic unit scales down to a local, site-specific scale. The proposed methodology is then applied to the Alameda County, California, an earthquake-prone region, to illustrate the procedure for probabilistic and spatial assessment of liquefaction-induced settlements at different scales.
Highlights A framework to estimate regional liquefaction-induced settlement is developed. Spatial variability of soil properties across different scales is captured. Local site-specific analyses of liquefaction-induced ground settlement are performed.
Probabilistic and spatial assessment of liquefaction-induced settlements through multiscale random field models
https://orcid.org/0000-0002-0394-6710
Abstract Evaluation of liquefaction-induced settlements over an extended area requires the integration of different solution models that can account for the liquefaction resistance of a given soil profile and its spatial dependence across scales. In this paper, a CPT-based liquefaction model is adopted to estimate the liquefaction-induced settlement at individual sounding locations. The model is then integrated with multiscale random field models to account for spatial variability of soil properties. One important advantage of the proposed framework is its ability to consistently refine and provide settlement estimations across different scales, from regional and geologic unit scales down to a local, site-specific scale. The proposed methodology is then applied to the Alameda County, California, an earthquake-prone region, to illustrate the procedure for probabilistic and spatial assessment of liquefaction-induced settlements at different scales.
Highlights A framework to estimate regional liquefaction-induced settlement is developed. Spatial variability of soil properties across different scales is captured. Local site-specific analyses of liquefaction-induced ground settlement are performed.
Probabilistic and spatial assessment of liquefaction-induced settlements through multiscale random field models
Chen, Qiushi (Autor:in) / Wang, Chaofeng (Autor:in) / Juang, C. Hsein (Autor:in)
Engineering Geology ; 211 ; 135-149
04.07.2016
15 pages
Aufsatz (Zeitschrift)
Elektronische Ressource
Englisch
| British Library Online Contents | 2016
Liquefaction induced settlements of structures
| TIBKAT | 2020