The use of Stress Tensor Discriminator Faults in separating heterogeneous fault-slip data with best-fit stress inversion methods. II. Compressional stress regimes

Synthetic heterogeneous fault-slip data as driven by Andersonian compressional stress tensors were used to examine the efficiency of best-fit stress inversion methods in separating them. Heterogeneous fault-slip data are separated only if (a) they have been driven by stress tensors defining ‘hybrid’...

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Bibliographic Details
Published in:Journal of structural geology 2018-02, Vol.107, p.153-162
Main Author: Tranos, Markos D.
Format: Article
Language:English
Subjects:
Best-fit stress tensor
Compression
Fault activation
Heterogeneous fault-slip data
Misfit angle
Stress inversion
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Summary:Synthetic heterogeneous fault-slip data as driven by Andersonian compressional stress tensors were used to examine the efficiency of best-fit stress inversion methods in separating them. Heterogeneous fault-slip data are separated only if (a) they have been driven by stress tensors defining ‘hybrid’ compression (R 
ISSN:0191-8141
1873-1201
DOI:10.1016/j.jsg.2017.12.015