| About this Abstract |
| Meeting |
MS&T21: Materials Science & Technology
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| Symposium
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Light Metal Technology
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| Presentation Title |
Modeling and Study of the Effect of High Cooling Rates during Crystallization on the Structure and Properties of the Mg-Zr-Nd Alloy Used for Implants |
| Author(s) |
Nikita Aikin, Vadim Shalomeev |
| On-Site Speaker (Planned) |
Nikita Aikin |
| Abstract Scope |
The work is devoted to the study of the influence of high cooling rates on the structure formation and mechanical properties of the biosoluble Mg-Zr-Nd alloy used for the manufacture of biosoluble implants. It was determined that the ultrahigh cooling rate (about
55 oC/sec), leads to the formation of superfine structure and even distribution of strengthening phases significantly improving the mechanical properties of the alloy. Based on the data of microstructure simulation, a regression equation was constructed, which allows to predict the average grain size of the alloy. The obtained empirical dependences allow to predict and obtain the final alloy with a wide range of possible mechanical properties, favorable for performing various tasks facing biosoluble implants and using the most available casting methods. Industrial-grade biosoluble implants have been preclinically tested and recommended for further use.
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