1. In 2004, Tan Jianrong and other research completed the "technical system of mass customization and its application in the design of domestic important equipment" project won the second prize of the National Scientific and Technological Progress, the project is oriented towards the design of domestically produced important equipment, to solve the current design and production of domestically produced important equipment in the prevailing personalized user needs and product design cycle is long and production efficiency is low, to solve the traditional product configuration design is difficult to achieve product innovation and a series of problems. The project is aimed at the design of domestic important equipment, solving the problems of individualization of user needs, long product design cycle and low production efficiency that are common in the design and production of domestic important equipment, and solving a series of problems that are difficult to realize product innovation by traditional product configuration design. The company was the first in China to put forward the technical system and theoretical methods of mass customization, realized the product configuration design, product variation design, product recursive design and product visualization design under the environment of mass customization, and developed the unitary self-organized integrated design system for order configuration, the formal modeling system of the customer's broad demand classification system, the product recursive design system for mass customization, and the product assembly and design system based on knowledge, and so on. The results have been applied to turbines, elevators, and other products. The results have been applied in the design of important domestic equipment, such as steam turbines, elevators and escalators, oxygen and air separation equipment, numerical control machine tools, and rolling stock. It has obtained 6 computer software copyright registrations and published 81 academic papers, including 45 SCI and EI papers.
2. In 2005, the project "Exploration and Practice of Engineering Graphics Characteristic Platform and Radiation of Teaching Base" completed by Tan Jianrong was awarded the First Prize of the Fifth Higher Education National Teaching Achievements, which built the teaching base of Engineering Graphics into the center of teaching research, testing point of teaching reform, demonstration point of teaching level, and combination of teaching and research. The project builds the engineering drawing teaching base into the center of teaching research, the test point of teaching reform, the demonstration point of teaching level, the combination point of teaching and research and the radiation source of teaching achievements. The project proposes and constructs "five platforms" for engineering graphics teaching base, namely, the graphic quality public **** platform based on the combination of high-tech and classical content, the three-dimensional teaching materials platform for multi-level and multi-type engineering graphics teaching base, the participatory and interactive experimental platform for engineering graphics teaching base, the autonomous research-based engineering graphics teaching base, and the people-oriented engineering graphics teaching base. Learning platform and people-oriented engineering drawing teaching base sustainable development platform. It comprehensively promotes the national engineering graphics teaching reform, and provides excellent reference for the construction of mechanical foundation and other engineering bases from the three aspects of teaching reform ideas, stereoscopic teaching materials and courseware, and high-level talent cultivation and training.
3. In 2011, Tan Jianrong and other research completed the "complex equipment and process tooling integrated digital design key technologies and series of products development" project won the second prize of the National Science and Technology Progress Award, the project for the design of complex equipment and process tooling design of non-standard structure design cycle time is long, the design of changes associated with a number of different working conditions, performance is difficult to predict, the overall quality is difficult to predict. In view of the long design cycle of non-standard structure in the design of complex equipment and process fixtures, many design changes, difficult to predict the performance of different working conditions, and difficult to ensure the overall quality of the problems, the project put forward and realized the key technology of integrated digital design of complex equipment and process fixtures, and developed a series of products of complex equipment.
The project proposes and realizes the hybrid adjustment technology combining the unit adjustment and parameter adjustment of complex equipment, the response technology of complex equipment design change, the structural variation design technology of complex equipment technology and tooling, the fatigue failure mechanism of key parts of the machine and the prediction and sorting method of the life of multiple parts of the machine, the technology coordinated analysis technology of process parameters of complex equipment and tooling performance, the tolerance coordinated analysis technology of the precision of complex equipment and technology tooling. Tolerance coordination analysis technology of complex equipment precision and process fixture precision, etc. In the complex equipment multi-demand mapping non-standard transformation technology, complex equipment and technology and tooling structural variation and performance enhancement design, complex equipment multi-scale quality prediction and life balance, complex equipment and technology and tooling integrated design and coordination analysis and other aspects of innovation and breakthroughs, put forward and realized by the expert appraisal of the technology as a whole to reach the international advanced level.
The project has constructed a digital design platform for complex equipment with independent intellectual property rights, and the proposed theoretical methods and supporting technologies have been applied in the design of large-scale injection molding equipment and mold sets, large-scale air-separated sets, high-grade numerical control equipment, large-scale complete sets of electric dedusting equipment, and naval X equipment, etc., and have been awarded with 6 national invention patents, 17 software copyrights, and 2 patents for utility models, and 5 national and industrial standards have been formulated. The company has formulated 5 national and industrial standards and 15 design specifications, effectively improved the design efficiency and quality of complex equipment, realized the change from providing equipment to providing solutions, from providing single machines to providing complete sets of equipment, and from providing equipment to providing equipment and process fixtures, and achieved good economic and social benefits.
National Scientific and Technological Achievement Awards:
1. Research on the technical system of large-volume customization and its application in the design of domestically-made important equipment, Second Prize of National Scientific and Technological Progress, 2004, Tan Jianrong, Qi Guoning, Zhang Shuyou, Gu Xinxin, Han Yongsheng, Liu Xiaobing, Mao Shaorong, Qian Jiang, Huang Zheren, Wu Jie, Zhejiang University, Institute of Software Research of the Chinese Academy of Sciences, Dalian University of Technology.
2. Research and Application of Product Conceptual Design and Virtual Prototyping Technology Based on Intelligent Computing, Second Prize of National Scientific and Technological Progress, 2006, Xiaopeng Wei, Jianrong Tan, Wenzhong Zhao, Qiang Zhang, Zhenyu Liu, Jianming Zhang, Jin Cheng, Xiaozhen Mi, Qiu'nan Meng, Tingting Zhao, Dalian University, Zhejiang University, Dalian Jiaotong University, Dalian University of Technology.
3. Key Technology of Integrated Digital Design of Complex Equipment and Process Fixtures and Development of Series Products, Second Prize of National Scientific and Technological Progress, 2011, Jianrong Tan, Shouyou Zhang, Micheng Wang, Sheng Ye, Jue Wang, Zhenyu Liu, Yixiong Feng, Guodong Yi, Lemiao Qiu, Jinghua Xu, Zhejiang University, Hangzhou Hongyan Electric Appliances Co. Ltd.
4, ASP/SaaS-based Collaborative Platform for Manufacturing Industry Value Chain, Second Prize of National Scientific and Technological Progress, 2012, Linfu Sun, Shuying Wang, Min Han, Huijia Tang, Huijuan Zhao, Weizhi Liao, Chunyang Chen, Jianrong Tan, Ling Tian, Ruichuan Li, Southwest Jiaotong University, Sichuan Institute of Modern Service Science and Technology, Chengdu Guolong Information Engineering Co. Tsinghua University, Ningbo Online Network Information Company Limited, Wuhan Textile University.
National Teaching Achievement Awards:
1, Creation and Application of New System for Teaching Engineering Drawing Course, Second Prize of National Teaching Achievement in Higher Education, 2001, Tan Jianrong, Lu Guodong, Zhang Shouyou, Shi Yueding, Zhou Guangren, Zhejiang University.
2. Exploration and Practice of Engineering Graphics Characteristic Platform and Radiation of Teaching Base, First Prize of National Teaching Achievements of Higher Education, 2005, Tan Jianrong, Lu Guodong, Zhang Shuyou, Shi Yueding, and Sheng Kueichuan, Zhejiang University.
3. Research and Development and Popularization and Application of Teaching Resource Library of Engineering Graphics, Second Prize of National Teaching Achievements of Higher Education, 2009, Jianrong Tan, Shouyou Zhang, Yonghe Jiao, Jinchang Chen, Yinling Xiao, Yuding Shi, Jianlan Lei, Chenhua Ma, Guodong Lu, Zhejiang University.