The Microstructures and Deformation Mechanism of Hetero-Structured Pure Ti under High Strain Rates
Shuaizhuo Wang,
Haotian Yan,
Dongmei Zhang
et al.
Abstract:This study investigates the microstructures and deformation mechanism of hetero-structured pure Ti under different high strain rates (500 s−1, 1000 s−1, 2000 s−1). It has been observed that, in samples subjected to deformation, the changes in texture are minimal and the rise in temperature is relatively low. Therefore, the influence of these two factors on the deformation mechanism can be disregarded. As the strain rate increases, the dominance of dislocation slip decreases while deformation twinning becomes m… Show more
“…Wang et al [ 1 ] investigated the microstructures and deformation mechanism of hetero-structured pure Ti under various high strain rates. The results indicated that as the strain rate increased, the dominance of the dislocation slip decreased, while deformation twinning became more prominent.…”
Section: Dynamic Mechanical Properties and Constitutive Model Of Mate...mentioning
“…Wang et al [ 1 ] investigated the microstructures and deformation mechanism of hetero-structured pure Ti under various high strain rates. The results indicated that as the strain rate increased, the dominance of the dislocation slip decreased, while deformation twinning became more prominent.…”
Section: Dynamic Mechanical Properties and Constitutive Model Of Mate...mentioning
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