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美国全额奖学金博士位置
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南卡罗来纳大学（University of South Carolina）招两名增材制造方向（Additive Manufacturing）全奖博士生 方向及要求 材料工艺方向：研究偏重于快速凝固过程中微观组织和缺陷的形成。动手能力强，有强烈兴趣来操作和改进打印设备。有材料表征背景者优先考虑 数值模拟方向：研究偏重于微观组织以及缺陷的多尺度多物理建模。喜欢数值算法，有强烈兴趣从实验中提取物理模型。有任何传热，计算流体力学，机器学习，和并行计算等经验者优先考虑 材料，机械以及相关背景的本科或硕士生（优先硕士）。有钻研精神，能独立思考。 入学时间 优先2024秋季学期，但具体时间可面谈 待遇 全额学费和有竞争力的生活费。额外经费全面支持参加国际会议，专业培训以及科研相关的各项交流和学习。 导师简介 袁烺，南卡罗莱纳大学机械系副教授。清华大学机械系本科硕士毕业，师从柳百成院士，英国帝国理工学院材料系博士毕业，师从Peter D Lee教授。主要从事金属凝固过程的微观组织以及缺陷预测的研究。有丰富的工业经验。加入南卡罗莱纳大学前，在美国通用电气全球研究中心(GE Global Research)工作6年，主要开展金属增材制造的材料工艺研究。具体信息请查看个人网页： https://sc.edu/study/colleges_sc ... staff/lang_yuan.php https://research.cec.sc.edu/yuan/ 联系方式 请将简历，成绩单，语言成绩和推荐信联系人的联系方式，发送到 langyuan@cec.sc.edu Two PhD Positions in Additive Manufacturing at the University of South Carolina The Department of Mechanical Engineering at the University of South Carolina is expanding its research portfolio to metal Additive Manufacturing. Two PhD positions are available in the Additive Manufacturing Lab led by Dr. Lang Yuan. Dr. Yuan’s research focuses on the fundamental understanding and prediction of microstructure and defect formation of metallic alloys during solidification processes. His profile can be found through the link here or here. Dr. Yuan is looking for two highly motivated PhD candidates with strong interests in advancing Process-Structure-Property relationships for Additive Manufacturing: One PhD candidate will focus on the experimental understanding of solidification behaviors for a specific alloy system during Additive Manufacturing. We expect you to love interdisciplinary science and are determined to do hands-on work on an open-architecture additive machine with your creativity to develop novel processes and techniques. The candidate should hold a minimal Bachelor’s degree, preferably, Master’s degree in Materials Science, Mechanical Engineering or related fields with proven records, and preferentially experience in experimental techniques, especially in the field of materials characterization. The second PhD candidate’s research will focus on developing multiscale and multiphysics computational models to predict material microstructures and defects. We expect you to love computational modeling and are determined to develop theories and code them into practice. The candidate should hold a minimal Bachelor’s degree, preferably, Master’s degree in Materials Science, Mechanical Engineering or related fields with proven records, and preferentially any experience in heat transfer, computational fluid dynamics, machine learning and high performance computing. All research will be done in a stimulating, highly multidisciplinary and international environment with strong industrial partners. Both positions are fully funded, including tuition fees and competitive stipend. Additional funding will also be provided to support participation in international conferences, summer schools, workshops and research visits to project partners. To apply, interested candidates are invited to send a detailed CV (including transcripts, honors, previous work, programming skills, publications, GRE score, etc.) and contact information of two references to Dr. Yuan via email: langyuan@cec.sc.edu About University of South Carolina The University of South Carolina in Columbia founded in 1801 and is the only institution in South Carolina to be classified as having “very high research activity” by the Carnegie Foundation for Advancement of Teaching, its highest rating. The university is also recognized for superior student experiences and is committed to developing flexible new models for college access and affordability. |
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