Stress and Crustal Dynamics
Scope
Stress inversion is a technique to estimate the crustal stresses from focal mechanisms of earthquake and meso-scale faults at outcrops. This session aims at discussing unsolved problems about the study in both fields of geophysics and geology. We welcome presentations of technique, case study and rock experiments / numerical simulations to verify stresses estimated by the inversion.
Convener
Aitaro Kato
akato@eri.u-tokyo.ac.jp
Co-Convener
Kazutoshi Imanishi, Makoto Otsubo
Abstract Download
Session Informations
Cancellation and time schedule change are shown here.

May 25th SCG061 Room: Convention Hall
Core Time: PM1
The colored are the invited.
Presentation Number Title (PDF download) Presenter Authors
SCG061-P01 Improvement of stress tensor inversion by the revision of computational grid Atsushi Yamaji Atsushi Yamaji
SCG061-P02 Simultaneous determination of tectonic stress field and individual focal mechanisms from seismic amplitude data Kazutoshi Imanishi Kazutoshi Imanishi
SCG061-P03 Importance of stress distance in stress inversion analysis and its physical meaning Katsushi Sato Katsushi Sato
SCG061-P04 Method and significance to determine stresses from heterogeneous fault-slip data obtained in different depths Makoto Otsubo Makoto Otsubo
SCG061-P05 Incremental fold test for stress tensor inversion based on fitness evaluation to fault-slip data Satoshi Tonai Satoshi Tonai
SCG061-P06 Relation between formation of echelon faults and stress fields in rock mass-Simulation using MPS method- Yuki Imai Yuki Imai
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