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haifeixian

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[交流] PhD studentship at Khalifa University (shape memory alloys)

PhD Topic
Processing, characterization and computer-assisted design for architectured Iron-based shape memory alloys.
Summary
The objective of this PhD project is to develop architectured smart materials with optimized microstructures for the purpose of maximizing strength-to-weight ratio and energy dissipation per unit volume for applications in the aerospace, automotive and civil engineering fields. The base materials are chosen to be Iron-based shape memory alloys (SMAs), which are emerging as less expensive alternatives to conventional SMAs such as Nickel-Titanium.
The envisaged research will focus on the following topics:
1.        Elaboration and characterization of raw Iron-based SMAs (Fe-SMAs),
2.        Modeling of monolithic and architectured Fe-SMAs,
3.        Design optimization of the microstructure of architectured Fe-SMAs for optimal performance,
4.        Fabrication and testing of optimized Fe-SMA samples/prototypes.
Candidate profile
The candidate must have a Master degree in Mechanical Engineering or equivalent from an accredited institution, with a minimum GPA of 3.0 (Good standing). In addition, he or she must have a level of proficiency in English equivalent to a score of 79 on the TOEFL IBT.
The candidate must have good knowledge and technical skills in material science and processing, computational mechanics and applied mathematics.
Salary
40000 to 45000 EUR/Year (Net). Funding is currently available for the period Feb. 1, 2014 – Dec. 31, 2015.
Important dates
Application deadline : Nov. 31, 2013.  (Hard deadline, there will be no extensions)
Starting date: Feb. 1, 2014.
Contact:
Dr. Wael ZAKI (Khalifa University, wael.zaki@gmail.com)
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Carboncomposite
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zhangzhibo7877

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已经把CV发过去了,望查收。邮箱zhangzhibo5@gmail.com
本人已经拿到硕士学位证毕业证,两篇一作SCI(一篇已经出来,另外一篇目前小修), 一篇二作SCI,6篇四五作SCI,研究方向:采用变形及热处理方法, 优化TiZr合金的微结构,获得优异的力学性能 对合金中的马氏体相变有较为深入的研究,两篇一作SCI均为马氏体相变相关的研究,而形状记忆合金的机制基本上为可逆性的马氏体相变
目前还有一篇文章修改中,雅思6分,本人总计可达3篇一作SCI, 二作一篇及4、5作6篇
2楼2013-11-20 21:27:28
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