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机械工程学科海外博士招生简章
作者:总管理员   时间:2021-04-07 14:31  来源:    浏览

 

Admission Profile for Doctoral candidate of

Mechanical Engineering

1. 机械工程学科简介

Introduction for Mechanical Engineering of HAUT

机械工程学科源于原郑州粮食学院机械系,1959年开始本科招生,1993年获批硕士学位授予权,2006年获批硕士一级授权学科,2015年依托学校服务国家特殊需求博士人才培养项目已招收3名博士研究生。2017年本学科机械设计制造及其自动化本科专业通过中国工程教育专业认证。

The mechanical engineering discipline originated from the Mechanical Department of Zhengzhou Food University. It started to enroll undergraduates in 1959. It was granted the right to confer master's degree in 1993. In 2006, it was granted the first-level authorized discipline of master's degree. In 2015, three doctoral postgraduates were enrolled in the doctoral training project to the aim of serving the special needs for the country. In 2017, the undergraduate majors of mechanical design, manufacturing and automation passed China Engineering Education professional Certification.

本学科紧密围绕机械设计、制造、自动化领域的基础科学问题,重点开展数字化设计、绿色制造、精密高效加工和机器人等技术的基础理论和工程应用研究,形成了精密高效磨削工具与技术、数字化设计与制造、机器人理论与技术、粮食机械设计理论及技术四个稳定的学科方向。其中,粮食机械设计理论及技术以国家粮食安全的战略需求为背景,在粮食的绿色、高效加工和储运机械的研究方面具有传统特色和行业优势;精密高效磨削工具与技术,依托河南在超硬材料产业的优势(产量占全国的85%、世界的75%),在超硬材料精密高效磨削工具制造方面形成特色。

Focusing on the basic scientific issues in the fields of mechanical design, manufacturing and automation, this subject focuses on the basic theory and engineering application of digital design, green manufacturing, precision and efficient processing and robotics, and forms four sub-disciplines: precision and efficient grinding tools and technology, digital design and manufacturing, robot theory and technology, grain machinery design theory and technology. Among them, the design theory and technology of grain machinery is based on the strategic demand of national food security, and has traditional characteristics and industry advantages in the research of green, efficient processing and storage and transportation machinery of grain; precision and efficient grinding tools and technology, relying on the advantages of Henan Province in superhard material industry (85% of the national output, 75% of the world output). It has the characteristics of manufacturing in precision and efficient grinders for superhard materials.

机械工程学科现有专任教师61人,其中教授26人,博士生导师13人,省部级学术骨干4人,高级职称教师72.1%,博士教师83.6%,45岁以下教师59.0%,最高学位非河南工业大学教师96.7%。

There are 61 full-time teachers in mechanical engineering, including 26 professors, 13 doctoral supervisors, 4 provincial and ministerial academic backbone, 72.1% senior title teachers, 83.6% doctoral teachers, 59.0% teachers under 45 years old, and 96.7% teachers with the highest degree not acquired from Henan University of Technology.

本学科拥有“小麦和玉米深加工国家工程实验室”、“超精密制造工具技术河南省工程实验室”等13个省级以上科研平台,有力支撑了学科的特色发展。

This discipline has 13 scientific research platforms at or above the provincial level, such as the National Engineering Laboratory of Wheat and Maize Deep Processing and the Henan Engineering Laboratory of Ultra-precision Tool Manufacturing Technology, which strongly supports the development of the discipline's characteristics.

本学科承担的“散粮储运关键技术和装备的研究开发”获国家科学技术进步奖二等奖。近五年,主持承担国家级项目34项,其中国家自然科学基金项目27项、863计划项目5项、其它国家级项目2项,主持制定国家、行业标准10项,科研经费4314.3万元,获省部级科技奖励17项、教学成果奖9项。

The "Research and Development of Key Technologies and Equipment for Bulk Grain Storage and Transportation" undertaken by this discipline won the second prize of the National Science and Technology Progress Award. In the past five years, it has finished over 34 national projects, including 27 projects of the National Natural Science Foundation, 5 projects of the 863 Program and 2 other national projects. It has presided over the formulation of 10 national and industrial standards, with research funds of 43.143 million yuan, and won 17 provincial and ministerial science and technology awards and 9 teaching achievement awards.

农机装备、高档数控机床和机器人技术是中国制造2025的主要研究领域,本学科的研究对象和重点是这两个领域的重要组成部分,存在大量的基础科学问题和工程应用难题需要深入研究。河南省作为制造业、粮食和超硬材料生产大省,相关的高层次专门人才匮乏,博士人才培养体系薄弱,严重制约了行业发展和产业升级。本学科依托服务国家特殊需求博士人才培养项目,积累了一定的博士研究生培养经验,为本学科申请博士授权一级学科、提升服务国家战略和地方经济的能力与水平,奠定了必要的基础。

Agricultural machinery equipment, high-end CNC machine tools and robotics technology are the main research fields of China-made 2025. The research objects and key points are the important components of these two fields. There are a lot of basic scientific problems and engineering application problems that need to be studied in depth. Henan Province, as a major manufacturing, food and superhard material production province, is face issues of short of high-level specialists and weak doctoral training system, which seriously restricts the development of the industry and industrial upgrading. Relying on the project of training doctoral talents serving the special needs of the country, this discipline has accumulated some experience in training doctoral postgraduates, which lays a necessary foundation for the application of doctoral authorization for the first-level disciplines of this discipline, and for improving the ability and level of serving the national strategy and local economy.

本学科具有完善的教育质量保障监控体系和导师遴选制度,设有优秀硕博士论文培育基金、奖助学金。近五年授予96人工学硕士学位,毕业生就业率100%。硕士学位论文在国务院学位办历年抽检中合格率100%。

The discipline upholds morality and cultivates people, has a sound monitoring system of educational quality assurance and the selection system of tutors, and has an excellent doctoral dissertation cultivation fund and grants. In the past five years, 96 students have been awarded master degree of engineering, and the employment rate of graduates is 100%. The qualified rate of master's degree dissertation is 100% in the past years' spot check of the degree Office of the State Council.

2. 研究领域 Research Areas

2.1精密高效磨削工具与技术

(Precision and High Efficiency Grinding Tools and Technology)

超硬材料是河南的优势特色产业,本方向围绕精密、高速、高效加工技术,开展超硬材料磨削工具制造及磨削机理研究。在精密高效磨削、砂轮精密修整、低温陶瓷结合剂与高温树脂结合剂超硬磨具、大尺度纳米金刚石和立方氮化硼聚晶制备、高速磨削技术研究方面取得系列成果。近五年,主持国家自然科学基金项目8项(含重点项目1项),主持制定国家标准3项,参与完成的“光学与电子行业关键零件精密切割用系列超硬磨具开发及应用”获2015年河南省科技进步一等奖。

Superhard material is an advantageous and characteristic industry in Henan Province. In this direction, the manufacturing of grinding tools and grinding mechanism of superhard materials are studied around precision, high-speed and high-efficiency processing technology. A series of achievements have been made in precision and efficient grinding, precision dressing of grinding wheels, superhard grinding tools with low temperature ceramic bonds and high temperature resin bonds, preparation of large-scale nano-diamond and cubic boron nitride polycrystals, and high-speed grinding technology. In the past five years, it has presided over eight projects of the National Natural Science Foundation of China (including one key project) and formulated three national standards. It participated in the development and application of series of super-hard abrasives for precision cutting of key parts in the optical and electronic industries, which won the first prize of scientific and technological progress in Henan Province in 2015.

2.2数字化设计与制造

(Digital Design and Manufacturing)

主要研究复杂产品快速开发与制造技术。在三维扫描点云数据处理和逆向设计与正向设计集成、CAD/CAM/CAE/CAPP/PDM集成、模具气辅注塑成形与复合材料成型过程数值模拟和高端数控装备设计制造等领域获得系列成果。主持国家自然科学基金10项,主持参与科技支撑计划、重大科技专项等3项,获省部级科技奖励2项,发表SCI/EI论文53篇。为高端装备制造行业和地方经济发展做出了重要贡献。

This area mainly studies the rapid development and manufacturing technology of complex products. A series of achievements have been achieved in the fields of 3D scanning point cloud data processing and integration of reverse design and forward design, integration of CAD/CAM/CAE/CAPP/PDM, numerical simulation of gas-assisted injection moulding and composite moulding process and design and manufacture of high-end numerical control equipment. It presided over 10 projects of the National Natural Science Foundation, participated in 3 projects of science and technology support plan and major science and technology projects, won 2 provincial and ministerial science and technology awards, and published 53 SCI/EI papers. It has made important contributions to high-end equipment manufacturing industry and local economic development.

2.3机器人理论与技术

(Robot Theory and Technology)

主要研究遥操作机器人的理论和技术。以非结构环境下的先进机器人为研究背景,在空间机器人、仿生机器人、MEMS微驱动、医用机器人和粮食仓储机器人的研究方面形成了一定优势,在遥操作系统手控器的研究方面在国内有较大影响。共主持国家863计划项目10项、863子项目4项、国家自然科学基金项目7项;发表SCI/EI论文34篇,获得省部级科技成果奖励2项,发明专利4项。为国防建设、粮食安全提供了重要技术支撑。

This area mainly studies the theory and technology of teleoperation robot. Taking advanced robots in unstructured environments as the research background, it has formed certain advantages in the research of space robots, bionic robots, micro-drive of MEMS, medical robots and grain storage robots, and has great influence on the research of teleoperation system hand controller in China. It presided over 10 national 863 projects, 4 sub-projects and 7 projects of the National Natural Science Foundation. It published 34 SCI/EI papers, won 2 provincial and ministerial awards for scientific and technological achievements and 4 invention patents. It provides important technical support for national defense construction and food security.

2.4粮食机械设计理论及技术

(Grain machinery design theory and technology)

主要研究粮食机械的设计理论及应用。围绕国家粮食安全对粮食机械装备提出的绿色、高效、减损要求为研究重点,在粮食粉碎及研磨机理、粮食筛分分级理论、散粮输送技术等方面开展了系列研究,并取得较好的成果。“散粮储运关键技术和装备的研究开发”获国家科技进步二等奖。近年主持国家及省部级项目14项,主持制定粮油机械国家标准11项、行业标准6项,获省部级科技奖6项,发明专利4项。在粮食机械研究领域特色鲜明,优势突出。

This area mainly studies the design theory and application of grain machinery. Focusing on the green, efficient and loss reduction requirements of national food security for grain machinery and equipment, a series of studies have been carried out on the grinding and grinding mechanism of grain, the theory of grain screening and grading, and the technology of bulk grain transportation, and good results have been achieved. "Research and Development of Key Technologies and Equipment for Bulk Grain Storage and Transportation" won the second prize of National Science and Technology Progress. In recent years, it has presided over 14 projects at the national and provincial levels, 11 national standards for grain and oil machinery, 6 industry standards, 6 provincial and ministerial science and technology awards and 4 invention patents. It has distinct characteristics and outstanding advantages in the field of grain machinery research.