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Characterizing Complex Deformation, Damage, and Fracture in . . . To overcome these constraints, this research aims to investigate the damage and deformation characteristics of shale samples using three-dimensional digital image correlation (3D-DIC) Under uniaxial and diametrical compression, samples of Wolfcamp, Mancos, and Eagle Ford shale with distinct lamination and natural fractures are evaluated
Characterizing Complex Deformation, Damage, and - ProQuest Using the 3D-DIC technique, deformation data is continually collected throughout the loading process The damage factor connected with the deviation of the strain is calculated, and the localization factor is presented to characterize the damage evolution of rock by considering the variability of the deformation field and the spatial
Quantitative Characterization of Deformation and Damage in Shale Under . . . One of the key influencing factors is accurately characterizing the deformation and damage due to its intrinsic lamination and natural fractures Moreover, shale formations exhibit fine-scale heterogeneity while the conventional laboratory methods (LVDT, strain gauges, etc ) are unable to distinguish such variation
Characterizing Complex Deformation, Damage, and Fracture in . . . To overcome these constraints, this research aims to investigate the damage and deformation characteristics of shale samples using three-dimensional digital image correlation (3D-DIC) Under uniaxial and diametrical compression, samples of Wolfcamp, Mancos, and Eagle Ford shale with distinct lamination and natural fractures are evaluated
Heterogeneous deformation and damage mechanisms in multi-phase TA15 Ti . . . The heterogeneous deformation may evolve into shear band, and even result in damage and fracture [6,7] Aiming at promoting its mechanical properties, it is meaningful to reveal the damage behavior and mechanism of tri-modal microstructure in service from the perspective of heterogeneous deformation
Damage variable of samples under diametrical compression. One of the most important influencing factors is the accurate characterization of the deformation and damage caused by inherent lamination and natural fractures Furthermore, shale