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Paleostress inversion
Paleostress Analysis of the Cretaceous Rocks in Northern Jordan
Anja SCHORN & Franz NEUBAUER
Brittle Deformation in Phyllosilicate-Rich Mylonites: Implication for Failure Modes, Mechanical Anisotropy, and Fault Weakness
Pleistocene-Holocene Tectonic Reconstruction of the Ballık Travertine
Fault Segmentation, Paleostress and Paleoseismic Investigation in the Dodoma Area, Tanzania: Implications for Seismic Hazard Evaluation
1 Sg2ps (Structural Geology to Postscript
Do Fault Slip Data Inversions Actually Yield ‘‘Paleostresses’’ That Can Be
1997 Delvaux Et Al Baikal Paleostress2 Cz.Pdf
Fault-Related Deformation Over
Fluid-Mediated, Brittle-Ductile Deformation At
Distribution, Microphysical Properties, and Tectonic Controls Of
Kinematic Development and Paleostress Analysis of the Denizli
Paleostress States and Tectonic Evolution of the Early Mesozoic Hartford Basin James Farrell University of Connecticut,
[email protected]
A New Structural Interpretation Relating NW Libya to the Hun Graben, Western Sirt Basin Based on a New Paleostress Inversion
Delvaux and Sperner
Brittle Fracture Studies in Post-Permian Strata of the Western Flank And
Structural Controls of Ore Mineralization in a Polydeformed Basement: Field Examples from the Variscan Baccu Locci Shear Zone (SE Sardinia, Italy)
Overprinting Faulting Mechanisms During the Development of Multiple Fault Sets in Sandstone, Chimney Rock Fault Array, Utah, USA
Top View
The Paleostress History of the Central European Basin System
Fault-Slip Analysis and Paleostress Reconstruction at Sara Anticline- Dokan Dam Site Northeastern Iraq
Geomechanics to Solve Geological Structure Issues: Forward, Inverse and Restoration Modeling Frantz Maerten
This Article Appeared in a Journal Published by Elsevier. the Attached
Pleistocene-Holocene Tectonic Reconstruction of the Ballık Travertine
Paleostress Directions Near Two Low-Angle Normal Faults: Testing Mechanical Models of Weak Faults and Off-Fault Damage GEOSPHERE; V
Quantitatively Deciphering Paleostrain from Digital Outcrops Model and Its
The Structural Framework of the Late Cenozoic
Stress Rotations and the Long-Term Weakness of the Median Tectonic
Multiphase Brittle Tectonic Evolution of the Mid-Norwegian Margin, Central Norway, Reconstructed by Remote Sensing, Paleostress Inversion and K-Ar Fault Rock Dating
Subsurface Stress Inversion Modeling Using Linear Elasticity : Sensivity Analysis and Applications Mostfa Lejri
Using Striation Data to Understand the Mechanics of Faulting in Heterogeneous Stress Fields J
EGU2015-7538, 2015 EGU General Assembly 2015 © Author(S) 2015