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Modelling a real-world buried valley system with vertical non-stationarity using multiple-point statistics
Translated title of the contribution
:
Modelling a real-world buried valley system with vertical non-stationarity using multiple-point statistics
Xiulan He
*
, Torben Sonnenborg, Flemming Jørgensen,
Karsten Høgh Jensen
*
Corresponding author for this work
Geology
4
Citations (Scopus)
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Keyphrases
Non-stationarity
100%
Buried Valleys
100%
Multiple-point Statistics
100%
Statistic Simulation
75%
Non-stationary System
50%
Partitioning Method
50%
Airborne Electromagnetic Data
50%
Stationarity
25%
Geostatistical Simulation
25%
Statistical Information
25%
Miocene Sequence
25%
Partitioning Strategy
25%
High-resolution
25%
Borehole Logging
25%
Miocene Sediments
25%
Borehole Data
25%
Geological System
25%
Deep-seated
25%
Denmark
25%
Engineering
Multiple Point
100%
Stationarity
100%
Borehole
50%
High Resolution
25%
Realization
25%
Computer Science
Statistical Information
100%
Case Study
100%
Earth and Planetary Sciences
Nonstationarity
100%