Matches in SemOpenAlex for { <https://semopenalex.org/work/W4319013663> ?p ?o ?g. }
- W4319013663 endingPage "1932" @default.
- W4319013663 startingPage "1932" @default.
- W4319013663 abstract "Three-dimensional (3D) geological models are currently needed and used independently for urban development. The main difficulty in constructing a 3D geological model of a shallow subsurface is to determine the stratigraphic distribution. Highly variable properties and geometries of geological units beneath lead to difficulty. It is key to find a practicable and efficient way to construct a model in practical work. This study takes Tongzhou District (Beijing) as a case; 476 boreholes (40 newly drilled and 436 existing engineering boreholes) were utilized combined with the cross-section method to construct an integrated 3D geological model. The framework and analyses contributed to the following applications: (1) High-quality information from new boreholes and existing engineering boreholes were used to define stratigraphy and build cross-sections. (2) The resulting geological model (up to 50 m beneath Tongzhou area) shows many details of the shallow subsurface. This includes 10 major layers which were grouped into three cyclothems representing cyclic sequences of clay, interbedded silt, sand, and gravel with variable quantities of lenses. (3) The new model was used as a tool to visualize the depth and geometry variations below ground and to characterize a large variety of properties (for example, the compression modulus analyzed in this paper) that each unit contains, and then to evaluate the underground geological conditions. (4) An analysis of a dynamic monitoring model based on the resulting 3D model indicated that the geological units (sand and silty clay) at depths between 30 m and 40 m, with an average vertical deformation of 0.97 mm, from July 2019 to September 2020, are suitable for underground construction, from the perspective of vertical stability in the study area. Monitoring models that take time into consideration based on a 3D framework will be further explored." @default.
- W4319013663 created "2023-02-03" @default.
- W4319013663 creator A5013789724 @default.
- W4319013663 creator A5017823366 @default.
- W4319013663 creator A5019863363 @default.
- W4319013663 creator A5025529161 @default.
- W4319013663 creator A5040647823 @default.
- W4319013663 creator A5046833115 @default.
- W4319013663 creator A5048852033 @default.
- W4319013663 creator A5050891806 @default.
- W4319013663 creator A5054217340 @default.
- W4319013663 creator A5071393418 @default.
- W4319013663 creator A5075416249 @default.
- W4319013663 creator A5090962798 @default.
- W4319013663 date "2023-02-02" @default.
- W4319013663 modified "2023-10-12" @default.
- W4319013663 title "Three-Dimensional Geological Modeling of the Shallow Subsurface and Its Application: A Case Study in Tongzhou District, Beijing, China" @default.
- W4319013663 cites W1964698434 @default.
- W4319013663 cites W1966883898 @default.
- W4319013663 cites W1967737706 @default.
- W4319013663 cites W1968352203 @default.
- W4319013663 cites W1972492195 @default.
- W4319013663 cites W1974665052 @default.
- W4319013663 cites W1977378439 @default.
- W4319013663 cites W1977631762 @default.
- W4319013663 cites W1978793774 @default.
- W4319013663 cites W1987101803 @default.
- W4319013663 cites W1996330417 @default.
- W4319013663 cites W2005843325 @default.
- W4319013663 cites W2008035677 @default.
- W4319013663 cites W2011011986 @default.
- W4319013663 cites W2021671294 @default.
- W4319013663 cites W2022607354 @default.
- W4319013663 cites W2038337229 @default.
- W4319013663 cites W2039814260 @default.
- W4319013663 cites W2055290841 @default.
- W4319013663 cites W2058335452 @default.
- W4319013663 cites W2062727416 @default.
- W4319013663 cites W2067959405 @default.
- W4319013663 cites W2080072138 @default.
- W4319013663 cites W2134892623 @default.
- W4319013663 cites W2154548295 @default.
- W4319013663 cites W2162305662 @default.
- W4319013663 cites W2255220540 @default.
- W4319013663 cites W2255553901 @default.
- W4319013663 cites W2265973857 @default.
- W4319013663 cites W2758252753 @default.
- W4319013663 cites W2789766499 @default.
- W4319013663 cites W2883439380 @default.
- W4319013663 cites W2899114483 @default.
- W4319013663 cites W2906215595 @default.
- W4319013663 cites W2937058227 @default.
- W4319013663 cites W2972332671 @default.
- W4319013663 cites W2997453503 @default.
- W4319013663 cites W2999987351 @default.
- W4319013663 cites W3011462686 @default.
- W4319013663 cites W3013269977 @default.
- W4319013663 cites W3038076177 @default.
- W4319013663 cites W3111162339 @default.
- W4319013663 cites W4229562638 @default.
- W4319013663 cites W4252890611 @default.
- W4319013663 cites W4253934446 @default.
- W4319013663 cites W975858068 @default.
- W4319013663 doi "https://doi.org/10.3390/app13031932" @default.
- W4319013663 hasPublicationYear "2023" @default.
- W4319013663 type Work @default.
- W4319013663 citedByCount "0" @default.
- W4319013663 crossrefType "journal-article" @default.
- W4319013663 hasAuthorship W4319013663A5013789724 @default.
- W4319013663 hasAuthorship W4319013663A5017823366 @default.
- W4319013663 hasAuthorship W4319013663A5019863363 @default.
- W4319013663 hasAuthorship W4319013663A5025529161 @default.
- W4319013663 hasAuthorship W4319013663A5040647823 @default.
- W4319013663 hasAuthorship W4319013663A5046833115 @default.
- W4319013663 hasAuthorship W4319013663A5048852033 @default.
- W4319013663 hasAuthorship W4319013663A5050891806 @default.
- W4319013663 hasAuthorship W4319013663A5054217340 @default.
- W4319013663 hasAuthorship W4319013663A5071393418 @default.
- W4319013663 hasAuthorship W4319013663A5075416249 @default.
- W4319013663 hasAuthorship W4319013663A5090962798 @default.
- W4319013663 hasBestOaLocation W43190136631 @default.
- W4319013663 hasConcept C109281948 @default.
- W4319013663 hasConcept C127313418 @default.
- W4319013663 hasConcept C150560799 @default.
- W4319013663 hasConcept C165205528 @default.
- W4319013663 hasConcept C16674752 @default.
- W4319013663 hasConcept C17744445 @default.
- W4319013663 hasConcept C187320778 @default.
- W4319013663 hasConcept C191935318 @default.
- W4319013663 hasConcept C199539241 @default.
- W4319013663 hasConcept C2778304055 @default.
- W4319013663 hasConcept C77928131 @default.
- W4319013663 hasConceptScore W4319013663C109281948 @default.
- W4319013663 hasConceptScore W4319013663C127313418 @default.
- W4319013663 hasConceptScore W4319013663C150560799 @default.
- W4319013663 hasConceptScore W4319013663C165205528 @default.
- W4319013663 hasConceptScore W4319013663C16674752 @default.
- W4319013663 hasConceptScore W4319013663C17744445 @default.