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Table 2.
Related research work on the microstructure change in the shear zone.
| Material | References | Comments |
|---|---|---|
| Amour steel | Derep [71] | Phase transformation occurs in the adiabatic shear zone observed. |
| AISI 1045 steel | Duan and Zhang [72] | Plastic shear, reorientation and elongation of the martensitic laths. |
| Ti-6Al-4V | Shivpuri et al. [26] | Phase transformation occurs in the shear zone. |
| Wan et al. [25] | Microstructure evolution in shear zone depends on cutting speed. | |
| Bayoumi and Xie [73] | Non-diffusion phase transformation in shear localized chips. | |
| Velásquez et al. [74] | Deformation shear bands occurs, but no phase transformation observed. | |
| Ye et al. [75] | A momentum diffusion based-model is proposed to predict chip segmentation. | |
| Al-7075 | Campbell et al.[76] | Recrystallized equiaxed grains within the shear bands. |
| Al-6061-T6 | Shankar et al. [77] | Refined grain of microstructure is found. |
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