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Modelling ductile strain localization with evolutive stochastic rheologies
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DOI：10.1016/j.epsl.2026.120239.png)
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Abstract
En 中文
• Stochastic evolution of the rheology enables spontaneous viscous strain localization. • Viscous localization stems from rheology variability controlled by the local work-rate. • Local heterogeneities self-organize into system-scale shear zones. • Strain localization produces anisotropic softening at the system-scale. • Regime diagrams for strain localization for different viscous flow laws are similar.
Keywords:
Strain localization
shear zones
plate tectonics
numerical modelling
rheology
stochasticity
microstructural evolution
damage
viscosity
softening
anisotropy
Journal
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5.1
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774
Citations:
6.9W
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