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我院与北海道大学工学部双学位情况暨北海道大学工学部科研与生活情况宣讲

2017-09-02 16:03:02

在我院高义民教授、李烨飞副教授的推动下,我院与北海道大学工学部将于2017年9月12日签订双学位协议。该协议利于两校的博士研究生在双方大学先后参与科研生活,并最终授予两校的博士学位。此次邀请北海道大学松浦清隆教授一行三人来我院介绍北海道大学工学部的科研与学生生活情况。

邀请讲座人:Prof. Munekazu Ohno (大野宗一)

【报告题目】Recent advancement in technique for prediction and control of microstructures in metals

时间: 2:30-6:00 pm, Sep. 12, 2017

地点: 新材料大楼材料学院第一会议室

简介: Munekazu OHNO教授为凝固组织控制与计算、晶粒生长理论方面的著名专家,近年来在高性能凝固组织计算研究,钢铁中晶粒生长的理论等方面,取得了一系列重要成果,数十篇学术论文发表在ACTA Materials、PRB等学术期刊;现担任日本金属学会会刊编辑、日本钢铁协会编辑、日本学术振兴学会执行委员、日本金属协会北海道支部理事、日本钢铁协会高温工艺分会青年论坛理事长。曾获得日本本多纪念奖、FGM研究奖、日本钢铁协会研究奖等。

主要研究方向:

1. 金属合金体系中微观组织演变规律数值模拟

2. 预测金属组织的完整计算体系开发

3. 高性能凝固组织计算研究

4. 钢铁中晶粒生长的理论、试验与计算研究

5. 固液体系界面特性的原子尺度模拟

现任社会职务:

1. 日本金属学会会刊编辑

2. 日本钢铁协会编辑委员

3. 日本学术振兴学会执行委员

4. 日本金属协会北海道支部理事

5. 日本钢铁协会高温工艺分会青年论坛理事长

摘要:In metallic materials, there always exist non-uniform distributions of crystals, alloying elements and defects on scales ranging from nm to mm, which is called microstructure. Features of microstructure such as the size and morphology of grains in a polycrystalline material largely determine the material properties. It is the microstructure that we can primarily control to realize desirable properties during production processes of the materials. At the laboratory of microstructure control at Hokkaido University, we have been working on development of theory and technique for microstructure control and development of new structural and functional materials such as steels, Mg and Al alloys by controlling the microstructures. The recent research activities at our laboratory are briefly introduced in this talk. Also, recent advancement in computational technique for microstructure control is explained in detail. with an emphasis placed on large-scale simulations of solidification processes in alloys.

  

邀请讲座人:Prof. Toko Tokunaga (德永透子)

【报告题目】Students' life in Hokkaido University

时间: 2:30-6:00 pm, Sep. 12, 2017

地点: 新材料大楼材料学院第一会议室

简介: Toko Tokunaga教授为镁基合金变形机制、组织控制,镁基合金表面涂覆与腐蚀抗力,以及铝基合金组织与性能提升方向的专家,在镁合金组织控制,铝合金制备过程探索与开发等方面,取得了一系列研究成果;现属于日本金属学会会员、日本钢铁协会会员、日本学术振兴学会JSPS研究人员。

主要研究方向:

1. 金属合金体系中微观组织演变规律数值模拟

2. 预测金属组织的完整计算体系开发

3. 高性能凝固组织计算研究

4. 钢铁中晶粒生长的理论、试验与计算研究

5. 固液体系界面特性的原子尺度模拟

  摘要:In Hokkaido University, over 1.5 thousands international students come from all over the world. Chinese and Korean students belong to the largest group, however, there are many students from USA and Europe as well.

There are more than 250 clubs and societies, and students can participate in sports and music activities and also experience traditional Japanese arts such as tea ceremony, Kendo and Japanese archery, as shown in Fig. 1 for some examples. Students can have many opportunities to enjoy new experiences with new friends. Also, the university run a wide range of services to support students. There are academic and career supports by the professionals, and also there is a support desk staffed with international students. Students can ask freely about any small things, if for example they have trouble reading Japanese or want to know where to go for shopping.


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