產品數(shù)據(jù)管理技術與計算流體力學課程說明

1、HYPERLINK N:整理后.N:整理后.HYPERLINK N:整理后.N:整理后.更多企業(yè)學院：HYPERLINK N:整理后.Shop./Shop/中小企業(yè)治理全能版183套講座+89700份資料HYPERLINK N:整理后.Shop40.shtml t _blank./Shop/40.shtml總經理、高層治理49套講座+16388份資料HYPERLINK N:整理后.Shop38.shtml t _blank./Shop/38.shtml中層治理學院46套講座+6020份資料HYPERLINK N:整理后.Shop39.shtml t _blank./Shop/39.shtml國

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3、920份資料HYPERLINK N:整理后.Shop43.shtml t _blank./Shop/43.shtml財務治理學院53套講座+ 17945份資料HYPERLINK N:整理后.Shop45.shtml t _blank./Shop/45.shtml銷售經理學院56套講座+ 14350份資料HYPERLINK N:整理后.Shop46.shtml t _blank./Shop/46.shtml銷售人員培訓學院72套講座+ 4879份資料HYPERLINK N:整理后.Shop47.shtml t _blank./Shop/47.shtml產品數(shù)據(jù)治理（PDM）技術課程簡介課程代碼:

4、AM011課程名稱（中英文）學時學分先修課程推舉修讀學期產品數(shù)據(jù)治理（PDM）技術/ Product Data Management362課程簡介：本門課程將講授PDM技術的差不多概念、理論方法、系統(tǒng)結構和PDM企業(yè)實施案例以及典型PDM系統(tǒng)介紹等相關專題，以滿足我國企業(yè)信息化工程對大量復合型人才的需求本課程的要緊任務是：掌握PDM技術的進展與應用；掌握PDM技術的差不多理論和方法；掌握PDM系統(tǒng)體系結構和要緊功能；掌握PDM中對象的建模方法和對象模型；了解PDM系統(tǒng)實施方法；了接國內外聞名PDM商用系統(tǒng)。本課程是一門有用性和系統(tǒng)性專門強的課程，包含了機械工程和工業(yè)工程等領域高級技術人員必須掌

5、握的差不多知識和內容。課程學習的目的是使學生掌握PDM差不多理論知識和方法，為今后從事企業(yè)信息化工作，特不是從事產品數(shù)字化設計、制造與治理工作打下堅實的理論基礎。This course is the basic course on product development, it covers the following topics: Development and applications of PDM technology, Supporting technologies of PDM, Product data management technology, Product develop

6、ment lifecycle management technology, PDM implementation methodology, Introduction to SIPM/PDM. 撰寫人： 院（系）公章：院（系）教學主管簽字（蓋章）： 時 間：空天產品結構設計與制造的信息化技術課程簡介課程代碼: AV466課程名稱（中英文）學時學分先修課程推舉修讀學期空天產品結構設計與制造的信息化技術/ Information-based Technologies for Space-Product Design and Manufacture362航空航天概論 航空航天制造工程 計算機輔助設計6

7、課程簡介：本課程是一門航空航天工程專業(yè)本科生的專業(yè)課程，目的是讓學生掌握航空航天產品結構設計和制造中的計算機輔助設計、有限元分析、NC加工仿真和數(shù)控代碼生成以及面向航空航天的產品數(shù)據(jù)治理方法，提高學生處理工程實際問題的能力。This course is facing senior students who want to improve information based capabilities in products designing and manufacturing phrases, such as Computer-Aided Design, Finite Element Mode

8、ling and Analysis, NC machining simulation, NC-code generation and Product Data Management. After learning this course, students could more capable in handling engineering problems, especially in the fields of Aerospace and Aeronautics.撰寫人： 院（系）公章：院（系）教學主管簽字（蓋章）： 時 間：VB 編程技術課程簡介課程代碼: CS013課程名稱（中英文）學

9、時學分先修課程推舉修讀學期VB 編程技術/ Visual Basic Program Technology362C語言程序設計6,7課程簡介：本課程包括Visual Basic概述，V B差不多編程環(huán)境和差不多語法，創(chuàng)建差不多用戶界面和高級用戶界面，Visual Basic 標準控件，標準輸入與輸出，編程規(guī)范、代碼調試，性能優(yōu)化、應用程序公布，文件訪問與多媒體，數(shù)據(jù)庫程序設計，具體內容如下：Visual Basic概述，Visual Basic差不多編程環(huán)境，Visual Basic差不多語法，創(chuàng)建差不多用戶界面，Visual Basic 標準控件，標準輸入與輸出，編程規(guī)范、代碼調試，性能優(yōu)化

10、、應用程序公布，高級用戶界面，文件訪問與多媒體，數(shù)據(jù)庫程序設計等。本課程的要緊任務是：1.了解和掌握計算機編程技術的差不多原理和技能；能利用VB控件創(chuàng)建良好的用戶界面；熟悉Visual Basic的常用語法和語言元素；了解和掌握利用Visual Basic進行程序開發(fā)的差不多思路和方法；能熟練應用Visual Basic編制一般的程序；能夠利用Visual Basic進行差不多的應用程序開發(fā)。Its the basic course on computer and covers the following topics: Visual Basic Summarize, Visual Basic

11、 basis program environment, Visual Basic syntax of basic, Set up User Interface, Visual Basic Control of Standard, Input and OutputProgramming criterion and Code debugging, Performance optimize and Application program release, High-level User Interface, Document visit and multimedia, Data-base progr

12、ammer, and so on. The objectives of this course are: Get the basic program knowledge to represent computer programming；Set up well User Interface That use VB control；Know well Visual Basic in common that use syntax and language element；In control of basic technique and way to computer programming us

13、ing VB；It can be proficient in application generic program using VB. 撰寫人： 院（系）公章：院（系）教學主管簽字（蓋章）： 時 間：計算流體力學課程簡介課程代碼: EM451課程名稱（中英文）學時學分先修課程推舉修讀學期計算流體力學/ Computational Fluid Dynamics362 = 1 * GB3 高等數(shù)學； = 2 * GB3 線性代數(shù)； = 3 * GB3 流體力學。7課程簡介：計算流體力學以理論流體力學和計算數(shù)學為基礎，其要緊任務是研究各種各樣的離散方法，把描述流體運動的連續(xù)介質數(shù)學模型（微分方程）

14、離散成大型的線性代數(shù)方程組，從而為流體流淌問題的數(shù)值模擬提供各種算法。本課程要緊涉及的內容有：有限差分離散的方法，以及有限差分方程的相容性、收斂性和穩(wěn)定性的概念和分析；差不多模型方程（對流、擴散、對流擴散）的幾種常用差分格式及其各種性質的討論；多維問題的各種有限差分格式及其代數(shù)方程組的迭代算法(TDMA)；非線性問題的認識和討論，以及離散方程的線性化方法和局部穩(wěn)定性分析；初邊值問題的討論，各類流淌問題邊界條件的處理，以及數(shù)值邊界條件的提法；有限差分方程迭代求解的松弛方法，以及求解定常邊值問題的時刻相關法；數(shù)值計算中虛假物理現(xiàn)象（數(shù)值耗散和數(shù)值彌散）的認識以及相應對策。通過本課程學習，了解并掌握

15、計算流體力學的差不多理論、方法和技巧，以利于學生今后在相關學科領域從事科學研究和工程設計的工作。Based on Theoretical Fluid Mechanics and HYPERLINK N:整理后.Computational Mathematics, the main task of Computational Fluid Dynamics (CFD) is to study various discretization methods to convert the differential equations governing fluid f

16、lows into linear algebraic equations, and so as to provide the algorithms for numerical simulation of fluid flows.By the course the students will understand and master basic theories, methods and skills of Computational Fluid Dynamics that will be helpful in their future professional work concerning

17、 scientific research and engineering design in correlative fields.撰寫人： 院（系）公章：院（系）教學主管簽字（蓋章）： 時 間：計算機集成制造系統(tǒng)課程簡介課程代碼: ME460課程名稱（中英文）學時學分先修課程推舉修讀學期計算機集成制造系統(tǒng)/ Computer Integrated Manufacturing System3626,7課程簡介：本課程是本科學生的一門選修課，通過該門課程的學習為機械工程和工業(yè)工程專業(yè)的學生成為既明白經營治理，又掌握設計、制造的專業(yè)知識和熟悉信息技術，還有實踐經驗的高級復合型人才打下良好的基礎。滿

18、足“信息化帶動工業(yè)化”的戰(zhàn)略中對復合型人才需求。本課程的要緊任務是：了解信息時代制造業(yè)面臨的機遇和挑戰(zhàn)、我國科技部十五“制造業(yè)信息化工程”理解CIMS與企業(yè)信息化的關系。掌握CIMS的概念、CIMS組成，了解其子系統(tǒng)：設計自動化子系統(tǒng)、制造自動化子系統(tǒng)、經營治理自動化子系統(tǒng)、質量保證子系統(tǒng)、網(wǎng)絡與數(shù)據(jù)庫中涉及到的關鍵技術。了解CIMS體系結構，掌握CIMS的系統(tǒng)建模方法，了解系統(tǒng)建模工具。理解CIMS實施的意義、實施過程及注意問題；了解CIMS應用工程的特點，掌握CIMS總體設計技術，通過案例分析，學會如何進行具體企業(yè)的CIMS總體設計；了解數(shù)字化設計的內涵與數(shù)字化輔助技術的進展趨勢，了解并行

19、工程原理、虛擬產品開發(fā)技術了解PDM的概念、PDM系統(tǒng)的體系結構，PDM系統(tǒng)的了解快速原型技術；理解網(wǎng)絡化制造的產生背景、差不多概念和定義，掌握網(wǎng)絡化制造系統(tǒng)的體系結構；了解ERP演變溯源，熟悉和掌握ERP原理和方法。了解ERP系統(tǒng)構成。Its a elective course for senior undergraduates and covers the following topics: Manufacturing Industry in Information era, Introduction to CIMS, CIMS architecture and system modeli

20、ng methodology, CIMS Application Engineering and Case study, Digital Design technology, Digital Product Management Technology (PDM), Digital Manufacturing Technology, Digital Business Management Technology ( Enterprise Resource Planning ERP).撰寫人： 院（系）公章：院（系）教學主管簽字（蓋章）： 時 間：特種加工課程簡介課程代碼: ME461課程名稱（中英

21、文）學時學分先修課程推舉修讀學期特種加工/ Nontraditional Machining272 = 1 * GB3 數(shù)字電路 = 2 * GB3 模擬電路7課程簡介：隨著科學技術和工業(yè)生產的進展，許多難加工材料不斷出現(xiàn)，許多復雜的如大型復雜模具等零件的加工要求越來越高。常規(guī)的機械切削加工方法差不多無法滿足這種加工要求。特種加工確實是一門利用電能、化學能、光能、聲能、水能來實現(xiàn)零件加工的。它具有以柔克剛的特點，是現(xiàn)代加工業(yè)中不可缺少的加工方法。通過本門課各個教學環(huán)節(jié)培養(yǎng)，使學生對特種加工中各種加工方法的差不多原理、設備的要緊結構以及它們的實際應用背景有一個全面的了解。With the dev

22、elopment of science and technology and industrial production, there are many materials which are very difficult to machine and many moulds which are both large and complicated. The traditional Machining technologies cant meet the needs of machining these materials and moulds. “Nontraditional machini

23、ng” introduces many machining technologies which machine materials by applying electrical energy, chemical energy, light energy, sonic energy, liquid energy and so on. Nontraditional machining technologies can machine hard materials with soft tools. They are indispensable technologies of modern mach

24、ining industries. Through studying the course of “Nontraditional Machining”, students can learn the basic principles, equipment structures and practical applications of nontraditional machining.撰寫人： 院（系）公章：院（系）教學主管簽字（蓋章）： 時 間：成組技術課程簡介課程代碼: ME462課程名稱（中英文）學時學分先修課程推舉修讀學期成組技術/ Group Technology272 = 1 *

25、GB3 機械制造 = 2 * GB3 先進制造技術7課程簡介：世界市場差不多從傳統(tǒng)的相對穩(wěn)定型市場演變成動態(tài)多變型市場。信息時代個性化產品將成為市場需求的主流。同行業(yè)之間、跨行業(yè)之間的競爭特不激烈，要緊表現(xiàn)在產品生命周期縮短、用戶需求多樣化、大市場和大競爭、交貨期成為要緊的競爭因素、多品種小批量生產比例增大等方面。成組技術能夠為企業(yè)提供這種綜合快速響應能力，在其基礎上，各種先進制造技術才能更好發(fā)揮作用。成組技術是充分利用零件的形狀相似性和工藝相似性從而達到完全簡化、合理化現(xiàn)行生產系統(tǒng)的目的。它的要緊任務是使學生了解成組技術的差不多原理、與其他先進制造技術的關系、零件編碼技術與分組、成組技術在產

26、品設計/工藝規(guī)程設計/機床單元設計/成組夾具等的應用。為學生學習后繼課程，從事相關領域的治理、工程技術服務、科學研究以及開拓新技術領域，打下堅實的基礎。The market is gradually evolving as dynamic variability from traditional stabilization in the circle of world. The personalized products will be as the main requirements of market in the information age. The drastic competit

27、ion among the industries characterizes as follows: shortened product life cycle, various custom requirements, great market, great competition, and the main impact factors of delivery time, muti-variety and little-batch. The ability of quick response for the enterprise can be enhanced by Group techno

28、logy (GT), which is a concept that seeks to take advantage of the design and processing similarities among the parts to be produced. Based on GT, the advantages of various advanced technologies can be taken fully. The main tasks of this course are as follows: enabling students to have a good command

29、 of the principle of the GT, the relation of GT and other advanced manufacturing technology, parts coding and classifying. Its application in product design/ processing design/machine tool design/group clamping is briefly introduced. The course established a strong foundation for the students follow

30、ing curriculum, engaging in management, technological service of engineering and scientific research in the relative fields, and exploring new technological fields.撰寫人： 院（系）公章：院（系）教學主管簽字（蓋章）： 時 間：數(shù)控技術課程簡介課程代碼: ME463課程名稱（中英文）學時學分先修課程推舉修讀學期數(shù)控技術/ Numerical Controlling Technology272制造技術基礎課程簡介：本課程是機械工程專業(yè)

31、本科教學的學科專業(yè)選修課。通過本課程的學習，使得學生能夠了解數(shù)控技術在現(xiàn)代制造業(yè)中的重要地位和進展方向，掌握數(shù)控技術中幾何運動操縱和伺服操縱Numerical Controlling Technology is a selected course for students whose specialty is mechanical engineering. Through the course study, the students will know importance and developing trend of numerical controlling technology in

32、advanced manufacturing field, master basic theory of geometry motion control and servo control, and study roundly principles and applied technologies of numerical controlling system and serve system.撰寫人： 院（系）公章：院（系）教學主管簽字（蓋章）： 時 間：系統(tǒng)集成芯片（SOC）設計入門課程簡介課程代碼: ME464課程名稱（中英文）學時學分先修課程推舉修讀學期系統(tǒng)集成芯片（SOC）設計入門I

33、ntroduction to Design of SOC3626,7課程簡介：本課程是機械與動力工程學院本科學生的一門選修課，本課程要緊內容包括：集成電路工藝、MOS數(shù)字電路、硬件描述語言VHDL、差不多數(shù)字邏輯單元的設計、系統(tǒng)集成芯片（SOC）的層次結構設計、可編程邏輯器件、專用集成電路設計及可測試結構設計等。通過該課程的學習，使得學生熟悉這門微電子最新技術，為今后從事光機電一體化的系統(tǒng)設計、制造以及研究工作打下基礎。It covers the following topics: integrate circuit techniques, MOS digital circuit, the c

34、oncepts and methodologies for designing a system-on-chip, hardware description language VHDL, the design of standard digital logic unit, the Architecture design of SOC, FPGA/CPLD, ASIC and the testable structure design. By learning the course, students can radically be aware of micro-electronics tec

35、hnology and its development, and make the basis for their future research work on optical, mechanical and electronic integration.撰寫人： 院（系）公章：院（系）教學主管簽字（蓋章）： 時 間：智能傳感器系統(tǒng)課程簡介課程代碼: ME465課程名稱（中英文）學時學分先修課程推舉修讀學期智能傳感器系統(tǒng)/ Technique for Intelligent Sensor362操縱理論1操縱理論2計算機操縱技術第一學期課程簡介：本課程是機械學院本科學生的一門選修課。智能傳感器

36、系統(tǒng)是一門高度綜合與交叉的前沿學科，其涉及微機械與微電子技術、計算機技術、信號處理技術、電路與系統(tǒng)、傳感技術、神經網(wǎng)絡技術、模糊理論等多種學科。本課程全面介紹了智能傳感器(系統(tǒng))的概念、構成方式及其具有的功能，還詳細闡述了制作不同集成度智能傳感器的集成化技術和智能化實現(xiàn)方法，以及基于模糊理論的新型智能傳感器和已開始應用于工業(yè)自動化現(xiàn)場總線操縱系統(tǒng)中的智能傳感/變送器。此外，還詳細介紹了日益發(fā)揮重要作用的神經網(wǎng)絡技術。通過該課程的學習，可使學生差不多熟悉這門技術以及其進展狀況，為今后從事光機電一體化與系統(tǒng)設計、制造的研究工作打下基礎。Its an elective course for unde

37、rgraduates in Mechanical School. This is a highly complex and intercrossing advanced subject, which contains a great deal of knowledge of other subjects, such as micro-mechanical and micro-electron technique, computer technique, signal processing technique, circuit system, sensor technique, nerve ne

38、twork techniqueThis course comprehensively introduces the intelligent sensor system, whose concept, way of forming and functions are all included. It also expatiates on the integration technique and the intellectualized implement method of making intelligent sensors at different integration level. M

39、oreover, a new type of intelligent sensor based on the fuzzy theory, the intelligent sensor/transmitter which has started to be applied in the field-bus control system of industrial automation, and the increasingly important technique of neural network are also introduced in this course. By learning

40、 this course, students can radically be aware of this technology and its development, and make the basis for their future research work on electromechanization and system design and manufacturing.撰寫人： 院（系）公章：院（系）教學主管簽字（蓋章）： 時 間：MEMS技術課程簡介課程代碼: ME466課程名稱（中英文）學時學分先修課程推舉修讀學期MEMS技術/ MEMS Technology1工程材料

41、2機械設計3測試技術課程簡介：MEMS是微機電系統(tǒng)的縮寫。MEMS要緊包括微型機構、微型傳感器、微型執(zhí)行器和相應的處理電路等幾部分。本課程要緊針對本院機械電子工程專業(yè)的高年級本科生，概要介紹MEMS的基礎理論、設計方法、制造工藝及相關裝備，具體內容包括：MEMS歷史背景、進展現(xiàn)狀及應用前景，微機械學中的尺寸效應，微機械制造工藝，微傳感器與微執(zhí)行器，微機電系統(tǒng)等。MEMS是一門日新月異、快速進展的學科，本課程作為入門導論性課程要求學生初步了解和掌握MEMS技術的差不多原理和方法，為今后從事相關的微器件研發(fā)工作奠定良好的基礎。Micro-electromechanical system (MEMS

42、) is a highly miniaturized device or an array of devices combining electrical and mechanical components that is fabricated using integrated circuit (IC) batch-processing techniques; it is mainly composed of the micro-structures, micro-sensors, micro-actuators and related circuits. This course provid

43、es an introduction of the techniques involved in MEMS design and fabrication to the senior undergraduate majoring in electromechanical engineering. The detail content includes: historic background of MEMS, micro-machining & micro-fabrication processes, scaling laws in micro-mechanics, micro-sensors

44、& micro-actuators，micro-electromechanical systems, and applications of MEMS. As MEMS is a rapidly developing research field, this course requires the students not only master the basic principles and approaches involved but also get an insight into some sate-of-the-art techniques; this will greatly

45、benefit to their future works in the related fields.撰寫人： 院（系）公章：院（系）教學主管簽字（蓋章）： 時 間：先進電子制造導論課程簡介課程代碼: ME467課程名稱（中英文）學時學分先修課程推舉修讀學期先進電子制造導論/ Introduction to Advanced Electronic Manufacturing362工程材料7課程簡介：本課程要緊涵蓋微電子和微系統(tǒng)封裝的現(xiàn)狀和進展趨勢，微電子和微系統(tǒng)封裝的要緊形式、要緊性能指標及電、熱、熱力學等方面的設計，微電子和微系統(tǒng)封裝的可靠性分析、測試方法和實驗方法，微電子和微系統(tǒng)封裝的選

46、擇原則及封裝的要緊失效模式與機制等。通過該課程的學習，學生對微電子制造的過程有所了解，使學生對集成電路制造技術的專業(yè)差不多理論有所認識。為機械電子和機械工程及自動化專業(yè)的學生成為具備集成電路制造裝備應用、開發(fā)的差不多技能，成為能適應信息產業(yè)進展的復合型和應用型研發(fā)人才打下良好的基礎。Its an introductory course on the whole process of microelectronic manufacturing. It will cover several topics of microelectronic and micro-system packaging,

47、like the current status and future development of packaging, different packaging types, packaging characteristics specifications and design issues in electronics, thermal, thermodynamics aspects, reliability analysis, testing and experimental methods. By the study of this course, students will get t

48、o know the main process of microelectronic manufacturing, the basic theory in integrated circuit fabrication. For students from mechatronics and mechanical automation majors, the knowledge in this course will help them gain some basic skills for later IC manufacturing facilities application and deve

49、lopment.撰寫人： 院（系）公章：院（系）教學主管簽字（蓋章）： 時 間：機器人學導論課程簡介課程代碼: ME468課程名稱（中英文）學時學分先修課程推舉修讀學期機器人學導論/ Introduction to Robotics272 = 1 * GB3 線性代數(shù) = 2 * GB3 機構學自動操縱第一學期課程簡介：本課程是機械學院本科學生的一門選修課。機器人學是一門高度交叉的前沿學科，機器人技術是集力學、機械學、生物學、人類學、計算機科學與工程、操縱論與操縱工程學、電子工程學、人工智能、社會學等多學科知識之大成，是一項綜合性專門強的新技術。課程包括機器人學的起源與進展，機器人的定義，機器

50、人學的數(shù)學基礎，機器人運動方程的表示與求解，機器人動力學，機器人操縱與規(guī)劃，機器人的現(xiàn)狀、以后，國內外機器人技術和市場的進展現(xiàn)狀和預測，21世紀機器人技術的進展趨勢，我國新世紀機器人學的進展戰(zhàn)略等，不同類型機器人的研究進展狀況等。通過該課程的學習，使得學生差不多熟悉這門技術以及其進展狀況，為今后從事光機電一體化與系統(tǒng)設計、制造的研究工作打下基礎。Its an elective course for undergraduate students in Mechanical School. The theory of robotics is a highly intercrossing advan

51、ced subject, and robotics is a highly integrated new technology, which contains a great deal of knowledge of other subjects, such as mechanics, biology, humanics, computer science and engineering, cybernetics and control engineering, electronic engineering, artificial intelligence, sociology and so

52、on. It contains the following contents: the origin and development of robotics, the definition of robot, the mathematical foundation of robotics, the expressions and solutions of motion equations of robotics, the dynamics of robotics, robot control and layout, the status quo and future of robot, the

53、 developing status and forecast on robot technologies and markets in and out of China, the trend of robotics in 21 century, the developing strategies of our country撰寫人： 院（系）公章：院（系）教學主管簽字（蓋章）： 時 間：智能化技術課程簡介課程代碼: ME469課程名稱（中英文）學時學分先修課程推舉修讀學期智能化技術/ Intelligent Technique362 = 1 * GB3 操縱理論1 = 2 * GB3 操縱理

54、論2 計算機操縱技術第一學期課程簡介：本課程是機械學院本科學生的一門選修課。智能操縱技術是集機械學、生物學、人類學、計算機科學與工程、操縱論與操縱工程學、電子工程學、人工智能、社會學等多學科知識之大成，是一項綜合性專門強的、高度交叉的前沿學科。課程介紹了智能操縱的差不多知識和常用的智能操縱方法，包括知識工程、專家操縱系統(tǒng)、模糊操縱、人工神經網(wǎng)絡操縱以及智能操縱機器人為背景的多傳感器集成與信息融合、智能操縱體系結構及柔性裝配中的操縱技術。通過該課程的學習，可使學生差不多熟悉這門技術以及其進展狀況，為今后從事光機電一體化與系統(tǒng)設計、制造的研究工作打下基礎。Its an elective cours

55、e for undergraduate students in Mechanical School. The intelligent control technique is a highly complex and intercrossing advanced subject, which contains a great deal of knowledge of other subjects, such as mechanics, biology, humanics, computer science and engineering, cybernetics and control eng

56、ineering, electronic engineering, artificial The course introduces the basic knowledge and general method of intelligent control. It contains the following contents: the knowledge engineering, the expert control system, the fuzzy control, the artificial nerve network control, and multiple sensor int

57、egration technique, the data fusion technique, the architecture of intelligent control, control technique in the flexible assembly based on the intelligent control robot.撰寫人： 院（系）公章：院（系）教學主管簽字（蓋章）： 時 間：機械優(yōu)化設計課程簡介課程代碼: ME470課程名稱（中英文）學時學分先修課程推舉修讀學期機械優(yōu)化設計/ Mechanical Optimal Design272 = 1 * GB3 高等數(shù)學 =

58、2 * GB3 線性代數(shù)機械設計7課程簡介：優(yōu)化設計是60年代以來進展起來的一門新學科。利用優(yōu)化設計方法能夠從眾多的設計方案中查找最佳方案，加快設計過程，縮短設計周期，從而大大提高設計效率和質量。優(yōu)化設計方法目前差不多在機械工程、結構工程、操縱工程、交通工程和經濟治理等領域得到廣泛應用。在機械設計中采納最優(yōu)化方法，能夠加速產品的研發(fā)過程，提高產品質量，降低成本，從而達到增加經濟效益的目的。學生通過學習機械優(yōu)化設計課程，能夠掌握優(yōu)化設計的差不多原理和方法，熟悉建立最優(yōu)化問題數(shù)學模型的差不多過程，初步具備對工程中的優(yōu)化設計問題進行建模、編程和計算的應用能力。Optimal methods were

59、 firstly developed in 1960s. Optimal methods were developed to shorten the design period, improve the design efficiency and find the best solution. Now, optimal methods are widely applied in mechanical engineering, structure engineering, control engineering and economy management.Benefits can be obt

60、ained by using optimal methods to shorten developing period and to improve product quality in mechanical system. The main purpose of this course is to make students understand the basic techniques of design optimization and to apply it to an project preferably from thesis or senior design. 撰寫人： 院（系）