Prof. Xuedao Shu, Ningbo University, China

束学道教授，宁波大学

束学道，宁波大学二级教授，博士生导师，宁波大学中东欧研究院国际科技创新中心主任,机械学科和学位点负责人。

在零件精确塑性成形方向开展应用基础研究23余年，建立了零件轧制形性一体化调控理论新体系： 1）创新了闭开联合轧制新工艺和异形端坯料抑制轧件端部凹心方法，建立了小料头/ 无料头的楔横轧成形理论，实现了零件高效近净成形，将材料利用率提高到95%以上。2）打破传统基于模具成形理念，通过多自由度主动控制工装，灵活实现不同形状特征构件的短流程柔性成形。建立回转类零件短流程柔性成形控性理论，有效解决传统模具成形制造存在难以满足多规格零件需求难题，实现了高铁车轴、航空发动机涡轮轴等高端装备回转零件无模精准成形。3）创新多对楔同时对轧件进行轧制方法，建立大型长轴类楔横轧多楔同步轧制理论，扩大了零件的成形范围，解决了楔横轧长轴类零件需大辊径大设备的难题，实现了火车车轴、汽车半轴等大型长轴类零件的精确制造。

上述研究工作中，先后主持国家自然科学基金、浙江省杰出青年基金、浙江省基金重点项目、中国-波兰国际合作交流项目等项目30余项。以主要完成人获国家科技进步二等奖1项、省部级奖3项、市级奖1项；以第一完成人获浙江省技术发明二等奖、教育部高等学校科学研究优秀成果奖（科学技术）技术发明二等奖等省部市级奖共8项；授权国家发明专利55件，转让专利13件；发表SCI/EI论文近200余篇，出版《楔横轧理论与成形技术》、《楔横轧多楔同步轧制理论与应用》等专著7部。获浙江省有突出贡献中青年专家、浙江省杰青、中国机械工业联合会优秀科技工作者等多项省部级荣誉，获宁波市甬江学者、宁波市突出贡献专家、宁波市首批“四有”好老师、宁波市“最美科技追梦人”等多项市级荣誉。担任浙江省零件轧制成形技术研究重点实验室主任，中国机械工程学会塑性工程分会理事、浙江省机械工程学会理事、《Metals》期刊编委等学术兼职，具有较高的学术地位和国际影响力。

Shu Xuedao, a level-2 professor and doctoral supervisor, is the director of the Science and Technology Innovation Center of CEEC Economic and Trade Cooperation Institute of Ningbo University, and the head of Mechanical Disciplines and Degree Programs.

He has carried out applied basic research in the direction of precise plastic forming of parts for more than 23 years, and established a new system of integrated control theory of rolling shape and property of parts:

(1) The new closed-open combined rolling process and the method of inhibiting the concave center at the end of the rolled piece by special-shaped end blank were innovated, and the cross wedge rolling (CWR) forming theory of small or no head was established. The efficient near-net forming of parts was realized, and the material utilization rate was increased to more than 95 %.

(2) The traditional concept based on mold forming is broken. Through the multi-degree-of-freedom active control tooling, the short-process flexible forming of different shape feature components is realized flexibly. The short-process flexible forming controllability theory of rotary parts is established, which effectively solves the problem that the traditional mold forming manufacturing is difficult to meet the needs of multi-specification parts, and realizes the precision forming of high-end equipment rotary parts such as high-speed rail axles and aero-engine turbine shafts.

(3) The cross multi-wedge rolling method for rolling parts simultaneously and the multi-wedge synchronous rolling theory of large-scale long-axis is innovated and established, which expanded the forming range of parts. It solves the difficulties of large roll diameter and large equipment required for CWR of long shaft parts, and realizes the precise manufacturing of large long shaft parts such as train axles and automobile half shafts.

In the above research work, he has presided over more than 30 projects such as the National Natural Science Foundation of China, the Outstanding Youth Fund of Zhejiang Province, the Key Project of Zhejiang Province Fund, and the China-Poland International Cooperation and Exchange Project. He was awarded one second prize of National Scientific and Technological Progress, three provincial and ministerial awards and one municipal award as the main completer. A total of eight provincial, ministerial and municipal awards such as the second prize for technological invention in Zhejiang Province were awarded to the first complete person. He has authorized 55 national invention patents and transferred 13 patents, published nearly 200 SCI / EI papers, and published 7 monographs such as "Theory and Forming Technology of Cross Wedge Rolling" and " Theory and Application of Multi-Wedge Synchronous Rolling of Cross Wedge Rolling". He has won many provincial and ministerial honors, such as Outstanding Young and Middle-aged experts in Zhejiang Province, Outstanding Youth in Zhejiang Province, Outstanding Scientific and Technological workers of China Machinery Industry Federation, and many municipal honors, such as Ningbo Yongjiang scholar, Ningbo Outstanding Contribution Expert, Ningbo's first batch of Excellent Teachers, Ningbo's Most Excellent Science and Technology Dream Pursuer. He is the director of the Key Laboratory of Parts Rolling and Forming Technology Research in Zhejiang Province, the director of the Plastic Engineering Branch of the Chinese Society of Mechanical Engineering, the director of the Zhejiang Society of Mechanical Engineering, the editorial board of Metals journals, and other academic part-time jobs, with a high academic status and international influence.