Abstract Sand injectite is one kind of special sand bodies,which injects into surrounding strata after the depositional period. In order to analyze its evolution,a simulation experiment is designed. A 3D reconstruction method based on Voxelization is proposed,and Petrel software is used to simulate the results. Based on experiment slices, the slice photos are pre-processed,and then the data is changed into Gslib fromat. Kriging interpolation algorithm is carried out for the data. The simulation results show that Kriging interpolation algorithm can reconstruct the outlines of sand injectites well. Moreover,characteristic parameters of sand injectites are calculated to depict the shape quantitatively,so that it can provide theoretical models for prediction of lithological reservoir scale.
Corresponding Authors:
About the corresponding author Li Shaohua,born in 1972,doctor,is a professor in Yangtze University. Now he is mainly engaged in geostatistics and reservoir modeling. E-mail: jpishli@163.com.
About author: Li Kang,born in 1990,is a candidate for master degree in Yangtze University. Now he is engaged in reservoir geological modeling.
Cite this article:
Li Kang,Li Shaohua,Yi Xuefei et al. Sandstone injectite 3D reconstruction based on Voxelization[J]. JOPC, 2014, 16(6): 853-860.
Li Kang,Li Shaohua,Yi Xuefei et al. Sandstone injectite 3D reconstruction based on Voxelization[J]. JOPC, 2014, 16(6): 853-860.
