机电学院机械工程系课程简介列表

1、机械与电子工程学院contents机电学院1contents1engineering graphics (a)1engineering graphics (b)1engineering graphics (c)1computer graphics2theoretical mechanics（a）2theoretical mechanics（b）2mechanics of engineering（a）3mechanics of engineering（b）3mechanics of material (a)4mechanics of material (b)4mechanics of mater

2、ial (c)4theory of machines and mechanisms（a）5theory of machines and mechanisms（b）5theory of machines and mechanisms（c）6mechanical design（a）6mechanical design（b）6mechanical design（c）7mechanical engineering materials (a)7mechanical engineering materials (b)8mechanical precision design and verification

3、 basic (a)8mechanical precision design and verification basic（b）9material forming processing technology9foundation of mechanics9fundamental of mechanical manufacture technology10foundation of mechanical manufacturing（a）10numerical control technology（a）11numerical control technology（b）11dynamics of m

4、echanical system123d solid design12fundamentals of mechanical cad technology13mechanical optimal design13advanced manufacturing technology14precision and special machining technology14fundamentals of construction machinery design14mechanical system design15dies design and manufacture15machinery manu

5、facture automation technology16training of engineering graphics16comprehensive experiment of mechanical engineering i17lessons design for mechanisms and machine theory17lessons design for mechanical design18integrated practice of mechanical engineering18project on fundamentals of machine design19int

6、egrated training of modern design and manufacture19design of mechanical manufacture technology20an introduction to mechanical engineering and automation20methods of scientific research21fundamentals of machine design21foundation of mechanical manufacturing（b）21engineering training（a）22engineering tr

7、aining（b）22fundamentals of machine design（b）23production practice and skills training24professional comprehensive experiment24professional comprehensive experiment25designing sketch25woodworking machinery25furniture design26adhesive and paint26protection and modification of wood26wood science27wood

8、based panels manufacturing27show skill of design27furniture structural design28furniture formation design28furniture processing technology28wood products processing technology29wood-based material science29methods of industrial design29interior design30engineering of interior decoration30shape seman

9、tics30three-dimensional computer design31furniture surface decoration31furniture and upholstering material31furniture engineering drawings32furniture processing equipment32theoretical basis of architectural design32wood drying32environmental protection of wood industry33automation of wood processing

10、33the principles of wood cutting and tools33wood resources and commodity science34colorimetry34pneumatic conveying and intra-plant transportation machinery34man-machine engineering35wood-based panel surface decoration35history of design36graphic design36course project of interior design and decorati

11、on36lumber manufacturing37wood science and technology field trip37practice of cognition37budget estimate of decorative engineering38non-woody furniture materials and processing technology38furniture quality test39form the basis of design39model making39design aesthetics40sketch40basic scientific res

12、earch methods40basic scientific research methods41wood drying41the use and maintenance of woodworking machinery41wood products processing technology42pneumatic conveying42wood based panels manufacture of curriculum designing42design management43photographic technique43wood science conspectus43wood s

13、cience conspectus44curriculum project of lumbering44classical furniture of china44principles and implement of dsp45matlab programming45principles and applications of sensors46principle and interface technology of single-chip microcomputer46principle and interface technology of single-chip microcompu

14、ter46principle and interface technology of single-chip microcomputer b47electromagnetic field and waves47electrical machines and drives48power electronics48electric circuits49digital electronics49analog electronics50electrical and electronic technology（a）50electrical and electronic technology（b）51el

15、ectrical control and programmable logic controller51principle of television52electronic measurement technique52electronic technical practice52electronic technique53experiments of electronics53high frequency electronic circuits54fault diagnosis and redundancy technology54fiber optic communication55si

16、mulation and cad of control system55computer control of electro-mechanical system56mechatronics integrative training ii56mechatronics integrative training iii57robotics57computer control technology57course design in interface technology58basic methods on scientific research58basic methods on scienti

17、fic research59design of embedded systems59embedded system design internship60engineering internship60engineering internship60database system theoretics61digital image processing61digital signal processing62random signal analysis62course design of the communication system63comprehensive experimental

18、communication system63principles of communication63microwave technology and antennas64microcomputer principle and interface technology64experiments of system simulation65modern switching technology65modern control theory66signals and systems66coding and information theory67virtual instrument technol

19、ogy67introduction to electronic information engineering68introduction to the discipline68mobile communication68cybernetics foundation for mechanical engineering69automatic control theory69electrical and electronic technology（c）70mechanical engineering measurement technique70finite element basics71hy

20、draulic pneumatic transmission（a）71hydraulic pneumatic transmission（b）72introduction to discipline72animal husbandry machine（b）72mechanization of animal husbandry（a）73fundamentals of digital video technology74digital video technology74technology of experimental optimization74fundamentals of heat eng

21、ineering（b）75automobile technology76automobile tractor theory（a）76physical properties of agricultural materials76agricultural structure and installation engineering77management science for agricultural mechanization78agriculture processing machinery and equipments78fluid mechanics (b)78basic scienti

22、fic research methods79technology economics80mechanism equipment disassembling and installation80mechatronics comprehensive practice80mechatronics system design81structure of construction machinery81drying technology and equipment82practice on driving vehicle82practice on mechanization of grass indus

23、try83mechanization of grass industry83fluid mechanics (a)84fundamentals of heat engineering （a）84food processing technology85food engineering fundamental and equipment85food engineering measurement technology86food engineering integrated experimentation86automobile tractor theory（a）86management scie

24、nce for agricultural mechanization8787engineering graphics (a)course code：08201class hours/credit：72/4prerequisites：nomethod of evaluation: examination course description: it is a basic course required for students of machine designing, manufacturing and atomization, agricultural mechanization and a

25、tomization, and wood science and engineering. the course integrates theoretical system with strong practical technology. the course includes descriptive geometry and mechanical drawing. the descriptive geometry mainly teaches students to master knowledge of orthographic projection and method. the me

26、chanical drawing teaches students how to draw machine parts, assembly, and the common-used and standard parts drawing. we focus to train students to draw and read engineering drawings.engineering graphics (b)course code：08202class hours/credit：56/3prerequisites：nomethod of evaluation: examination co

27、urse description: it is a basic course required for students of mechanical and electronic engineering. the course combines theoretical system and strong practical technology. the main content includes descriptive geometry and mechanical drawing. the descriptive geometry mainly teaches students to ma

28、ster knowledge of orthographic projection and method. the mechanical drawing teaches students how to draw machine parts, assembly, and the common-used and standard parts drawing .we focus to train students to draw and read engineering drawings.engineering graphics (c)course code：08203class hours/cre

29、dit：32/2prerequisites：nomethod of evaluation: examinationcourse description: this is a basic course required for students majoring in electrification and information engineering. the course mainly teaches students to master drawing standards, knowledge of orthographic projection and method, assembly

30、, expression methods of machine parts, the common-used and standard parts, parts drawing, and assembly drawing. we focus on training students to draw and read engineering drawings.computer graphicscourse code：08204class hours/credit：32/1.5prerequisites：introduction of computer technology, engineerin

31、g graphicsmethod of evaluation: checkcourse description: this is a professional basic course required for students majoring in machine designing, manufacturing and atomization, agricultural mechanization and atomization, wood science and engineering, and mechanical and electronic engineering. the co

32、urse mainly teaches students how to use the latest drawing software auto cad. it includes user interface, environment settings, drawing commands, and the output of engineering drawings, etc. through the learning of this course, students master the computer drawing skills. they can use autocad softwa

33、re to draw simple drawing.theoretical mechanics（a）course code：08203class hours/credit：72/4.5prerequisites：college physics, advanced mathematicsmethod of evaluation: examinationcourse description:theoretical mechanics is a compulsory technical foundation course for the undergraduates majoring in mach

34、ine designing, manufacturing and atomization and agricultural mechanization and atomization. its a theoretical, logical and practical course. the course is intended for students to grasp the general principle and methods of mechanical motions (include balances) of material bodies (particle, system o

35、f particle and rigid body)，so that they can solve some simple engineering problems with the basic knowledge and analytical skills. at the same time, students can also cultivate their logical thinking, abstracting power and numerical calculation skills to study subsequent course.theoretical mechanics

36、（b）course code：08208class hours/credit：64/4prerequisites：college physics, advanced mathematicsmethod of evaluation: examinationcourse description:theoretical mechanics is a technical foundation compulsory course for the undergraduates majoring in college of mechanical and electrical engineering. its

37、 a theoretical, logical and practical course. the course is intended for students to grasp the general principle and methods of mechanical motions (include balances) of material bodies (particle, system of particle and rigid body)，so that they can solve some simple engineering problems and study sub

38、sequent courses with the basic knowledge and analytical skills.mechanics of engineering（a）course code：08209class hours/credit：64/4prerequisites：college physics；advanced mathematicsmethod of evaluation: examinationcourse description:mechanics of engineering is a basic theory and technological course

39、on engineering design and calculation. it is one of compulsory courses of wood science and engineering and other specialties. the main contents have two parts, statics and mechanics of materials. the highlights of this course include: statics analysis, forces system simplify and balance; the basic d

40、eformation of structural member and strength, stiffness and stability calculations. the difficulty of this course is the basic concept of engineering mechanics, mechanical engineering theoretical analysis and experimental research.through studying of this course students will be able to grasp the ba

41、sic theory of engineering mechanics analysis, forces system simplify and balance, master the calculation method of component strength, stiffness and stability, train the basic quality of students in engineering mechanics and the initial capacity of handling practical engineering problems.mechanics o

42、f engineering（b）course code：08210class hours/credit：48/3prerequisites：college physics；advanced mathematicsmethod of evaluation: examinationcourse description:mechanics of engineering is a basic theory and technological course on engineering design and calculation. it is one of compulsory courses of

43、wood science and engineering and other specialties. the main contents have two parts, statics and mechanics of materials. the highlights of this course include: statics analysis, forces system simplify and balance; the basic deformation of structural member and its strength, stiffness calculations.

44、the difficulty of this course lies in the basic concept of engineering mechanics, mechanical engineering theoretical analysis and experimental research.through this course, students are able to grasp the basic theory of engineering mechanics analysis, forces system simplify and balance, master the c

45、alculation method of component strength and stiffness, train the basic quality of students in engineering mechanics and the initial capacity of handling practical engineering problems.mechanics of material (a)course code：08211class hours/credit：64 /4prerequisites：college physics, advanced mathematic

46、s, theoretical mechanicsmethod of evaluation: examinationcourse description: mechanics of material is a compulsory course for students majoring in machine designing, manufacturing and atomization. the main contents include: internal force, stresses, deformations and stain of beams and rods under axi

47、al tension and compression, shear, torsion and bending, stability of compressed columns, analysis of stress and strain and failure criteria by the combined loadings, fatigue failure, energy methods. through learning of this course, students will master the calculation method of the structures of str

48、ength, rigidity, stability. they can arrange to load, choose proper material, reasonable shapes and sizes and they are capable of engineering calculation.mechanics of material (b)course code：08212class hours/credit：64 /4prerequisites：college physics, advanced mathematics, theoretical mechanicsmethod

49、 of evaluation: examinationcourse description: mechanics of material is a compulsory course for students majoring in agricultural mechanization and atomization. the main contents include: internal force, stresses, deformations and stain of beams and rods under axial tension and compression, shear, t

50、orsion and bending, stability of compressed columns, analysis of stress and strain and failure criteria by the combined loadings, fatigue failure. through learning of this course, students will master the calculation method of the structures of strength, rigidity, stability, they can arrange to load

51、, choose proper material, reasonable shapes and sizes and they have certain ability to engineering calculation.mechanics of material (c)course code：08213class hours/credit：48 /3prerequisites：college physics，advanced mathematics, theoretical mechanicsmethod of evaluation: examinationcourse descriptio

52、n: mechanics of material is a compulsory course for students majoring in machine designing, manufacturing and atomization. the main contents include: internal force, stresses, deformations and stain of beams and rods under axial tension and compression, shear, torsion and bending, analysis of stress

53、 and strain and failure criteria by the combined loadings. through learning of this course, students will master the calculation method of the structures of strength, rigidity, stability, they can arrange to load, choose proper material, reasonable shapes and sizes and they have certain ability to e

54、ngineering calculation.theory of machines and mechanisms（a）course code：08214class hours/credit：48/3.0prerequisites：descriptive geometry and engineering graphics, advanced mathematics，theoretical mechanics，computer application technology and fundamentals of programmingmethod of evaluation: examinatio

55、ncourse description:mechanical theory is a basic major technical course. it plays an important role in the cultivation of students knowledge structure of mechanical design and innovation ability. it studies the common problem of all kinds of machinery. its assignment is to enable students to master

56、the analysis of mechanism and the basic theory, basic knowledge and basic skills of synthesis of mechanism and dynamics of machinery. by learning this course, students should also possess the preliminary ability to determine the mechanical kinematic scheme, analyze and design mechanism and should po

57、ssess the innovation capacity also. in the process of cultivating high-level talents in mechanical engineering technology, this course plays important role for students between learning the relevant technical basic courses and major courses and lays a solid foundation for their future in the mechanical design, research and innovative development.theory of machines