[an error occurred while processing this directive] Global Geology 2015, 18(4) 232- DOI:     ISSN: 1673-9736 CN: 22-1371/P

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ZHOU Chao
FENG Xuan
ZHANG Bing
LU Xiaoman
JIN Zelong and XU Cong
PubMed
Article by Zhou C
Article by Feng X
Article by Zhang B
Article by Lu X
Article by Jin ZAXC
 
 
 
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Fracture property identification method based on shrinkage factor particle swarm optimization
ZHOU Chao, FENG Xuan, ZHANG Bing, LU Xiaoman, JIN Zelong and XU Cong
1. College of Geo- Exploration Science and Technology, Jilin University, Changchun 130026, China; 2. Baixian Company,Northeast Electric Power Design Institute Co.,Ltd. of China Power Engineering Consulting Group, Changchun 130021,China
Abstract:

In the multi- wave and multi- component seismic exploration,shear- wave will be split into fast wave and slow wave, when it propagates in anisotropic media. Then the authors can predict polarization direction and density of crack and detect the development status of cracks underground according to shear- wave splitting phe- nomenon. The technology plays an important role and shows great potential in crack reservoir detection. In this study,the improved particle swarm optimization algorithm based on shrinkage factor is combined with the Pear- son correlation coefficient method to obtain the fracture azimuth angle and density. The experimental results show that the modified method can improve the convergence rate,accuracy,anti- noise performance and compu- tational efficiency.

Keywords: shear- wave splitting   particle swarm optimization   Pearson correlation coefficient   shrinkage factor  
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