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• W2803131602 endingPage "2242" @default.
• W2803131602 startingPage "2221" @default.
• W2803131602 abstract "Abstract The variety in fault geometry, fault interaction style, and evolution of the fault network above a weak planar preexisting fault as a result of a change in the strike angle ( α ) of the preexisting fault relative to the extension direction is investigated using three‐dimensional discrete element modeling. The preexisting fault shows three reactivation modes: (i) full reactivation ( α ≥ 60°), (ii) partial reactivation ( α = 45°), and (iii) little or no reactivation ( α = 30°). A fully reactivated fault decreases the density, affects the orientation, and enhances the length and displacement of adjacent new faults. A partially reactivated fault generates some isolated fault segments along strike and also influences fault orientation. However, when the preexisting fault is not reactivated, its presence has little effect on the growth of new faults. Our study confirms that the reactivation pattern of a preexisting fault and its influence on new fault growth varies with its strike angle relative to the extension direction. It also demonstrates how a preexisting fault influences adjacent fault geometry and the fault network by changing the density, orientation, length, and displacement of newly formed faults. The work impacts understanding three‐dimensional fault geometries, the distribution, and evolution of fault networks in rift basins affected by preexisting faults and on predicting the extension direction of renewed rifting." @default.
• W2803131602 created "2018-06-01" @default.
• W2803131602 creator A5013791965 @default.
• W2803131602 creator A5028814416 @default.
• W2803131602 creator A5042877247 @default.
• W2803131602 creator A5075979303 @default.
• W2803131602 date "2018-07-01" @default.
• W2803131602 modified "2023-10-17" @default.
• W2803131602 title "How Does the Orientation of a Preexisting Basement Weakness Influence Fault Development During Renewed Rifting? Insights From Three-Dimensional Discrete Element Modeling" @default.
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• W2803131602 doi "https://doi.org/10.1029/2017tc004776" @default.
• W2803131602 hasPublicationYear "2018" @default.
• W2803131602 type Work @default.

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