唐林教授
学科领域（Major field） 机械设计及理论学科教授。 Modern design theory of mechanical systems
学术兼职(Professional Activities) 1、中国机械工程学会 机械设计分会委员； 3、上海市机构学及创新设计委员会委员； 3、上海市机械工程学会会员； 4、上海市现代设计法研究会会员。 Since 2008 | Committee member, China Society ofMechanical Design | Since 2005 | Reviewer, National Science Foundation of China | Since 2004 | Cpmmittee member, Shanghai Committee of Mechanism and Innovative Design Member, Shanghai Society of Mechanical Engineering Member, Shanghai Seminar of Modern Design Methodology
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承担课程（Courses Taught） 1、金属切削机床概论（本科） 2、金属切削机床设计(本科) 3、精密机械零件设计（本科） 4、机械设计基础（本科） 5、机械原理（本科） 6、产品概念设计（本科、硕士） 7、产品设计理论与方法（博士）
Fundamentals of machine tooling Machining and its tool design Design of precision mechanical elements
Fundaments of machine design Theory of mechanisms and machines Conceptual design of products Theory and methodology of products
研究方向（Fields of Research） 计算机辅助机构/机械系统概念设计---理论、方法及工具 产品概念设计理论及方法 集成设计理论及方法 Theory, methodology and tool for Computer-aided conceptual design of mechanical systems Theory and methodology for conceptual design of products Theory and methodology for integrated design
荣誉及获奖情况(Awards) 著作《产品概念设计基本原理及方法》获上海汽车工业教育基金会优秀著作三等奖 《机械设计基础》教学课件获教育部组织的全国第五届多媒体课件大赛三等奖 云南省高等院校青年教师课堂教学比赛三等奖 昆明理工大学青年教师课堂教学比赛一等奖 Book “Principle and method for conceptual design of products”, a 3rd award, Shanghai Automotive Educational Foundation. Courseware “fundamentals of mechanical design”, a 3rd award, Information centre for education management of the Education Ministry of P.R. China Province-wide Teaching Evaluation for the higher education, a 3rd award, YunnanProvince Teaching Evaluation, the 1st award, Kunming University of Technology
近几年承担的科研项目 1、主完成持《机械设计基础教学模式与学生创新设计能力培养》（2006） 2、主持完成《模切机递纸机构运动系统概念设计》（2006） 3、主持完成《模切机牙排移植设计》（2004） 4、主持完成《机械运动系统概念设计自动化模型》（2003） 5、参加完成《机械运动方案智能CAD设计理论及其实现》（国家自然科学基金，2000） 著作及电子出版物(Books and electrical publications ) 2010，唐林（参编）《机械原理》．北京：清华大学出版社，北京交通大学出版社，ISBN 978-7-81123-756-6 2010，Tang, Lin. (Confederate author), Mechanical Theory, Tsinghua University Press, Beijing Jiaotong University Press Beijing, P.R. China，ISBN 978-7-81123-756-6，(in Chinese) 2010，唐林（参编）《趣谈无所不在的设计》．北京：科学出版社 2010，Tang, Lin. (Confederate author), Funny talk about the design in everywhere, Science Press, Beijing, P.R. China, 2010， ISBN 978-7-03-028294-1，(in Chinese) 2008，唐林《机械设计基础》教学课件．北京：清华大学出版社，ISBN 978-7-89474-123-3 2008，Tang, Lin. Courseware for Fundamentals of machine design, Tsinghua University Press, Beijing, P.R. China, ISBN 978-7-89474-123-3，(in Chinese) 2008，唐林《机械设计基础》．北京：清华大学出版社，ISBN 978-7-302-18596-3， 2008，Tang, Lin.Fundamentals of machine design, Tsinghua University Press, Beijing, P.R. China，ISBN 978-7-302-18596-3， (in Chinese) 2006，唐林．产品概念设计基本原理及方法．北京：国防工业出版社，ISBN 978-7-118-04494-6 2006，Tang, Lin. Principle and method for conceptual design of products. National Education Press, Beijing, P.R. China, ISBN 978-7-118-04494-6, (in Chinese) 博士及博士后研究（Research of Ph. D and Postdoctoral） 2000 Tang, Lin, Automated synthesis theory and realization for mechanism types. Ph.D. Dissertation (in Chinese), ShanghaiJiaotongUniversity, Shanghai, P. R. China 2002 Tang, Lin. Research on automated system for selection and combination of mechanisms based on set theory. Report of Postdoctoral Research Work (in Chinese), DonghuaUniversity, Shanghai, P. R. China 主要论文（Publications） 2009刘钰，唐林，基于辅助特征的平面杆系机构自动化装配．机械设计与制造，(12)：65-67 2009 Liu Y. and Tang, Lin., Automation assembly of planar linkage mechanism based on auxiliary feature. Machinery Design and Manufacture. (12): 65-67 (in Chinese) Abstract The parametric design of planar linkage mechanism parts，and the automated identifying, positioning and assembling of their mating features are presented in this paper, based on the auxiliary datum features of CAD environment in Solidworks. 2009Tang，Lin，Sun X-Q． Method and Realization of Computer-Aided Combination of Assur Groups in Conceptual Design of Planar Linkage Mechanisms，The ASME/IFToMM International Confrence on Reconfigurable Mechanisms and Robots， London，123-128,EI收录（20094612456081） Abstract Combination of Assur groups is one of important methods in conceptual design of planar linkage mechanisms. Although there are not many researches in this arena, the authors attempt to address two fundamental problems associated with the combination of Assur groups: 1) description and reorganization of Assur groups and other kind of groups; 2) Combinationcompatibility among Assur groups. The paper also presents a couple of examples to demonstrate how to realize the design by using the methods described. 2008Tang Lin. An Approach to Function Identification in Automated Conceptual Design of Mechanism systems. Research in Engineering Design, 19: 151-159，SCI收录（IDS Number: 370NV），EI收录（20084711712775）， (in English) Abstract It has been a challenge in computer-aided conceptual design of mechanism systems as how to describe the kinematic requirements and the functions of a mechanism so that computers can easily recognize, and eventually make automatic selections and combinations among many different types of mechanisms (those combinations include mechanisms of single and multi-degree of-freedom, and connected in series, or paprallel, or overlap,or feedback). In this paper, a methodology is presented to describe the kinematic characteristics of mechanism systems and their associated requirements so that they can easily recognized by computers. A practical approach is to define 'a kinematic function' to represent the kinematic characterizations of a.mechanism. It reflects the input and output motion of a given system. This kinematic function can regularly and accurately be described using function units and trees (any function tree consists of more than one function units and is regularly expressed). Because of its uniqueness, the process of mechanism synthesis can be easily recognized by a computer. The methodology demonstrated in the paper has universality and has been successfully incorporated into a software, which has been proven to be an useful tool for the conceptual design of mechanism systems. 2008 Tang Lin. An approach to the selection of mechanism types in computer aided conceptual design. Journal of Mechanical Engineering Science - Part C, 222 (3), 423 ~ 433，SCI收录（IDS Number: 298PH），EI收录（20082111262558）， (in English) AbstractThe selection of mechanism type is one of the important aspects in conceptual design of machine products. The paper applies the set theory for representing the attribute items of kinematic function to reflect the kinematic state and the function quality to reflect overall performances of the function unit for some complex design task. It gives a set-theory-based mode for the selection of mechanism types, in which precise reasoning by computer is combined with fuzzy appraisement by human. By precise reasoning at first, the computer selects from mechanisms database those mechanisms that can meet the kinematic requirements of the function unit to be solved. And then the function qualities of the selected mechanisms are appraised by human approving, which is actually a process of fuzzy match. This approach avoided the difficulty that the computer cannot yet effectively process fuzzy information and is suitable for the selection of both single-degree-of-freedom (DOF) and many-DOF mechanisms. The selected mechanisms can thusmeet the requirements not only of the kinematic function, but also of the function quality. The approach presented in the current paper has been successfully applied to the software development of computer-aided conceptual design of mechanism systems. 2007唐林，张孟春．基于装配特征模块的虚拟自动装配方法研究．机械设计与制造，(10)：159 ~ 161 2007Tang, Lin. and Zhang M-Ch. Research on automatic assembly based on assembly feature modules . Machinery Design and Manufacture.，(10): 159-161， (in Chinese) Abstract：In order to ascertain the assembly relationship between assembly features of the parts being assembled under the assembly environment, the paper presented a new way for virtual automatic assembly based on assembly features’ modularized. This method analyses the assembly features of the single part or sub assemblies and then saves the features as different function modules. Using inherited way to finish assembly action with assembly data module and assembly relationship module which can ensure the consistency of data of the assembly features during the design. Taking involute straight teeth gear for example to explain the practicability and superiority of this method . 2007唐林．机械设计基础课程教学模式改革与学生创新能力培养．第二届机械类课程报告论坛论文集，北京：高等教育出版社 2007Tang, Lin.Reform of teaching mode and training of innovation ability of students. Higher Education Press, Beijing, P.R. China，(in Chinese) AbstractCombining with teaching of “theory and elements of mechanisms and machine”, this paper introduces the reforms of the teaching mode and methods of appraising the ability of students, its effects for enhancing study interest and ability to use knowledge as well as for cultivating innovation ability and team spirit of students. Besides，the paper points out that currently courses system and teaching plans are not harmonious to train innovators and inventors. 2006 Tang Lin．Many-degree of freedoms mechanism combination in automated conceptual design of mechanism systems．Journal of Mechanical Engineering Science，，220(5)：727 ~ 740，SCI收录(IDS Number: 073KP)，EI：20063310069444，ISI：000239742000015 Abstract: This article presents the mechanism combination’s modes, fundamentals, reasoning rules, and realization methods in the automated conceptual design of mechanism systems. According to the combination form between two function units, with the aid of morphology matrix, applying a recursive mode of mechanism combination and the reasoning system based on set theory, the function units’ solutions in the form of combination mechanisms can conveniently be generated. The theory and method presented in this article can simplify the process of mechanism combination and the reasoning rules and are suitable for the combination between not only single-degree-of-freedom mechanisms, but also many-degree-of- freedom mechanisms. They have successfully been applied to the software development of automated conceptual design of mechanism systems. 2006 唐林，王希金．机构自动化选型中基于特征的轨迹识别方法．工程设计学报，13(2) ：70-73 2006Tang, Lin. and Wang X-J. Orbit identification method for automatic mechanism selection based on their characteristics . Journal of Engineering Design. 13(2)：70-73，(in Chinese) Abstract:In automated selection system based on orbit characteristics and dimension parameters of key orbit segments are momentous for selecting mechanisms. An orbit curve identification method based on characteristic is presented. By describing orbit curves with abundant forms with the basic orbits such asline, arc, cusp and “8” form, identification of orbit characteristics can be well solved and fundamental characteristic parameters of key orbit segments can be determined 2003唐林，孙少杰，基于FlashMX平台的四杆机构参数化运动仿真．上海市机械工程学会庆祝50周年暨第二届上海机械科技论坛文集，77-78，（会议宣读论文），上海市机械工程学会编辑出版 2003Tang, Lin. and Sun, S-J. Dynamic simulation of various types of four-bar linkages by using FlashMX . Proceedings of Conference of the Second Forum of Mechanical Science and Technology in Shanghai, China，77-78，(in Chinese) Abstract This paper introduces an approach to parameterized dynamic simulation of various types of four-bar linkages based on the software FlashMX. Namely, the type of four-bar linkages can change automated along with length changes of each bar in four-bar linkages, and man can simultaneously see the motion of this type of four-bar links. 2002 唐林，王生泽，计算机识别的机构组合模型．中国机械工程，13 (24)，2111-2115，EI收录(EI03117399213) 2002Tang, Lin. and Wang, S-Z.Study on automated combination of mechanisms and their model build-up. China Mechanical Engineering，13(24), 2111-2115，(in Chinese) AbstractIn order to realize computer aided connection between mechanisms, researches on mode, compatibility and approach of connection between mechanisms are carried out in detail, and thereby, a model for connecting mechanisms was upbuilt. According to concrete requirements for a function unit whose mechanical solution will be obtained by connecting mechanisms, this model has two kind of modes that are for minimum granularity function unit and for non-minimum granularity function unit respectively. The modes can been programmed and have been successfully applied to exploitation of software for connecting modes can be programmed and have been successfully applied to exploitation of software for connecting mechanisms with this software, and this laid a good foundation for realization of intelligent CAD of mechanical kinematic scheme. 2001 Tang Lin, He,W., Zou, H-J,Das Prinzip automatisierter Kombination von Mechanismen und dessen Realisierung. (The principle for automated connection of mechanisms and its realization). Mechanism and Machine Theory， 36(8)，SCI收录 (IDS Number: 470MA)；EI收录(EIP01406668368) Abstract The problem roomage for automated connection of mechanisms in intelligent CAD for mechanical kinematics scheme was divided into kinematics function request and function quality request in this paper. Through computer reasoning, two mechanisms that are compatible in connection and can satisfy the needs for kinematics characteristic after connection were acquired. Then, a decision whether mechanisms are connected is made by man according to the information of their function qualities. Under the guidance of the thought, author explored principles and methods for automated connection of mechanisms, which can be identified by computer, and applied these research results to software development for automated synthesis of mechanisms. It was realized that two rigidity mechanisms were reconnected automated.
2001 唐林，邹慧君，计算机辅助机构选型的实现．中国机械工程，12(8)，918-921 2001 Tang, Lin. and Zou, H.-J. Accomplishing CAD of Selecting Mechanisms. China Mechanical Engineering, 12(8), 918-921，(in Chinese) Abstract Task requirements of automated selecting mechanisms were compartmentalized into motion function and function qualities. We described the motion function in standardization methods and represented function qualities in human language. In the process of automated selecting mechanisms, the solutions meeting requirements of motion function were captured by accurate ratiocination that were completed by a computer. These mechanisms and the appraisals about their function qualities were stored in knowledge base. Designer can select them according to function qualities of each mechanism and complete fuzzy ratiocination. The reasoning method for automated selecting mechanisms is so predigested, and automated selecting mechanisms become reality. The difficulty of CAD for mechanical kinematic scheme is solved and then CAD for mechanical kinematic scheme has a good base. 2001 Tang, Lin. and Wang, S.-Z., Research on Model of intelligent CAD System for Mechanical Kinematic Scheme. Mechanical Science and Technology, 20(5), 784-786,792 (in Chinese) Abstract A design mode of intelligent CAD for mechanical kinematic scheme in which mankind cooperates with computer is put forward after analyzing the factors restricting its development, and an object-oriented intelligent CAD system design model in which each subject ( subsystem ) has its independent design mode and method was established according to design characteristics of different design layers in design process. It makes possible the expansion and realization of intelligent CAD system for mechanical kinematic scheme, and simplifies its design, maintenance and management of the CAD system program. 2001 Tang, Lin. and Wang, S.-Z.,System for automated Selection of Mechanisms Based on Set Theory, Chinese Journal of Mechanical Engineering, 37(8), 23-28，(in Chinese) Abstract Thesystem for automated selection of mechanisms is divided into problem space and solution space and a mode for automated selecting mechanisms is set up, which is based on set theory and a working means of that man cooperates with computer. From problem space to solution space, different mapping ways are used for kinematical characteristic and function quality. Namely computer selects the mechanisms satisfying kinematical function request by exactly inference. These mechanisms form a new solution space W'J. According to the function quality of the mechanisms in W'Jman selects the usable mechanisms tallying with the request of function quality and a optimum mechanism from W'J. Therefore, the difficult problem of standardized describing the request of selecting mechanisms and the information of a mechanism is solved. According to the advanced principle, the automated selection of mechanisms has good come true. 2000唐林，邹慧君，用设计单元法实现计算机辅助机械运动方案设计．计算机辅助设计与图形学学报，12(8)，EI收录(EI00095340737)；收入《中国经济技术发展优秀文集》 2000 Tang, Lin. and Zuo, H.-J. Accomplishing CAD of mechanical kinematic scheme by the Method of Design Uni. Journal of Computer Aided Design and Computer Graphics, 12(8), 614-617, (in Chinese) Abstract“Design unit” consists of “function unit” which is found the mechanism solution and its sub-function units. Using the method of design unit can simplify complicated design of kinematic scheme, i.e. finding the mechanism solution for a single function unit in each design unit. On the basis of that, this paper establishes design model for kinematic scheme of machinery. The design model can be ognized by a computer and solves a key problem of kinematic scheme designing by computer aiding. About description of function unit, a basic work which is computer aiding to find the mechanism solution of function unit, the author apply object-oriented method to automatic descriptions of function unit and combination mode of the sub-function units by form and direction of motion, rate of motion, performing parts, a sub-function structure and a set of relevant “operation”. 2000 唐林，邹慧君，机械产品方案的现代设计方法及发展趋势．机械科学与技术，19(2), 192-196, EI收录(EI00045107395) 2000 Tang, Lin. and Zou, H-J. , An overview of the existing methods and development trend of mechanical products design. Mechanical Science and Thenology, 19(2), 192-196, (inChinese) Abstract According to the main characteristics of the cognitive process of scholars in the project design for mechanical products at present, we put the existing design methods intofour classesnamely, systematic design，structural design，knowledge-based design and intelligent design. We then analyzed the characteristics of each design method and the relationship among these four methods. Finally, we pointed out the development trend of computer-aided project design for mechanical products. 2000 唐林，童昕，自动化概念设计中机构功能的识别．机械设计，17(12) 2000Tang, Lin and Tong, X.,Identificationof mechanism function in automated conceptual design. Journal of Machine Design, 17(12), 39-41, (in Chinese) Abstract This paper brings forward a manner that computers discern mechanism function by resolving mechanism function into kinematic function and function quality. The kinematic function describes kinematic characteristics of a mechanism with four attributes, motion form; motion axes, movement direction and rate of movement, and has uniqueness. It is rational basis of computer in automated conceptual design. Function quality reflects performance characteristic and is one of the mechanism attributes. It is described with humanity language and is the basis that human make strategic decision in automated conceptual design. This manner describing mechanism function can be discerned by computer and tallies with the design thought of humankind. So, the difficult problem that mechanism functions can’t be discerned in automated conceptual design has been solved in this paper. 1999唐林，邹慧君，德国机械产品方案设计方法研究动态．机械设计，16(8)：1-4 1999 Tang, Lin. and Zou, H.-J., An overview of design method for mechanical products in Germany. Journal of Machine Design, 16(8), 1-4, (in Chinese) AbstractThis paper generalizes the design method for mechanical product in Germany into four types, which are systematized design，structuralized design，object-oriented and knowledge-based design，and the design by means of the technology of the software and hardware of computers. We discuss the prospects of application and the developing directions of these four methods in the design of mechanical products. 1999唐林，邹慧君，机械产品运动方案创新设计的CAD方法及实现模型．机械设计与研究，(4)：20-22 1999 Tang, L. and Zou, H.-J.,The Method and Model of Computer aided Creation Design of a Mechanical Product Scheme. Machine Design and Research, (4), 20-22, (in Chinese) AbstractThe creation design of a mechanical product scheme can come true by changing function structure, inventing new mechanisms and combining mechanisms. This paper builds the creation design model of a mechanical product scheme, brings forward the rules of describing function structure and the systematism methods of searching mechanisms that realize specified function and combining them. In the methods, computer can identify a creation design mode of a mechanical product scheme and design process can be described by program. 1998唐林，面向对象的液压系统动态特性仿真研究．机械制造，36(8)：11-13 1998 Tang, Lin, Dynamic simulation for the object-oriented hydraulic system. Machinery, 36(8), 11-13，(in Chinese) AbstractThis paper explained how to use the Object-Oriented method to determine the object of the hydraulic system and to simulate dynamic performance of the hydraulic system . And it also use hydraulic cylinder as an example to explain how to use VC++ language to descript the classes of the hydraulic system .Finaly, it analyse the advantages of using this method in dynamic analyse of a hydraulic system 1997 唐林，汽车的回收策略和绿色设计策略．汽车技术，(10)：56-58 1997 Tang, Lin, Strategy for environmental friendly design of automotive industry. Automobile Technology, (10), 56-58 (in Chinese) AbstractThe auto industry is being in rapid developing phase in China. The relationship between auto industry and friendly environment is treated from the reusability and green design 1995 唐林，用解析法求解空间周转轮系中行星轮转速．华侨大学学报，(02) 1995 唐林，机械设计课程设计改革设想．机械设计教学研究（全国教学会议论文集）机械工业出版社出版 1995 唐林，大学工科实践性教学环节思考与探索．华侨高等教育研究， (27) 1990唐林，车削过程中的振型关联颤振稳定性分析新方法．淮南矿业学院学报，(03)，此文1991年获昆明理工大学优秀科技论文三等奖 译文（Translation） 2008唐林（德译中），M. Kreimeyer, W. Keijzer, U. Lindemann (著)，产品开发过程中的危机管理．工程设计学报，15(5)：330-333 2008 Tang, Lin (Translation from German into Chinese)M. Kreimeyer, W. Keijzer, U. Lindemann,Methodisches Handeln bei Krisen in der Producktentwicklung.Journal of Engineering Design. 15(5)：330-333， 国际交流与合作（International cooperation） EMAIL：Ltang@dhu.edu.cn；Ltang@126.com |