2015教学大纲(理论课程 中英文).doc

浙江师范大学交通运输专业 理论课程 教学大纲

浙江师范大学
Zhejiang Normal University
交通运输专业
课程实践（设计、实习） 教学大纲
Traffic and Transportation Major
Course Practice (Design/Internship)
Course Syllabus

2015年10月
October, 2015

目 录
《画法几何与工程制图》教学大纲 6
1. Descriptive Geometry and Engineering Drawing: Course Syllabus 6
《计算机辅助设计CAD》教学大纲 12
2. Computer Aided Design: Course Syllabus 12
《测量工程》教学大纲 18
3. Surveying Engineering: Course Syllabus 18
《理论力学》教学大纲 25
4.Theoretical Mechanic: Course Syllabus 25
《数据库原理及应用B》教学大纲 31
5. Principal and Application of Database B: Course Syllabus 31
《线性代数A》教学大纲 39
6. Linear Algebra A: Course Syllabus 39
《材料力学》教学大纲 46
7. Mechanics of Material: Course Syllabus 46
《电工电子学》教学大纲 53
8. Electrician and Electronics: Course Syllabus 53
《概率论与数理统计B》教学大纲 60
9. Theory of Probability and Statistics: Course Syllabus 60
《运筹学A》教学大纲 67
10. Operations Research A: Course Syllabus 67
《C语言程序设计》教学大纲 76
11. C Programming Language: Course Syllabus 76
《交通运输设备》教学大纲 88
12. Transportation Equipment: Course Syllabus 88
《交通工程学》教学大纲 98
13. Traffic Engineering: Course Syllabus 98
《交通调查与分析》教学大纲 108
14. Traffic Survey and Analysis: Course Syllabus 108
《交通系统工程》教学大纲 116
15. Transportation System Engineering: Course Syllabus 116
《交通安全工程》教学大纲 123
16. Traffic Safety Engineering: Course Syllabus 123
《运输组织与管理》教学大纲 129
17. Transportation Organization and Management: Course Syllabus 129
《交通港站与枢纽》教学大纲 138
18. Transportation Terminals: Course Syllabus 138
《交通规划》教学大纲 146
19. Traffic Planning: Course Syllabus 146
《运输经济学》教学大纲 156
20. Transport Economics: Course Syllabus 156
《交通运输商务》教学大纲 165
21. Transport Business Management: Course Syllabus 165
《轨道交通客运组织》教学大纲 173
22. Rail Transit Passenger Transport Organization: Course Syllabus 173
《交通运输政策法规》教学大纲 180
23. Transport Policy and Laws: Course Syllabus 180
《文献检索B》教学大纲 186
24. Literature Retrieval: Course Syllabus 186
《列车牵引计算》教学大纲 193
25. Train Traction Calculation: Course Syllabus 193
《旅客运输心理学》教学大纲 201
26. Passenger Psychology: Course Syllabus 201
《轨道交通行车组织》教学大纲 206
27. Rail Transit Operation Organization: Course Syllabus 206
《轨道交通运营管理》教学大纲 214
28. Rail Transit Operation Management: Course Syllabus 214
《交通运输专业英语》教学大纲 220
29. The professional English for Transportation 220
《轨道交通运营统计分析》教学大纲 226
30. Statistical Analysis of Rail Transit Operation: Course Syllabus: Course Syllabus 226
《轨道交通选线与设计》教学大纲 233
31. Rail Transit Location: Course Syllabus 233
《轨道交通规划与设计》教学大纲 240
32. Rail Transit Planning and Design: Course Syllabus 240
《列车运行控制》教学大纲 248
33. Train Control: Course Syllabus 248
《轨道交通货运组织》教学大纲 255
34. Rail Transit Freight Organization: Course Syllabus 255
《车站信号控制系统》教学大纲 263
35. Control System of Railway Station Signaling: Course Syllabus 263
《轨道交通运营安全与事故分析》教学大纲 270
36. Rail Transit Operation Safety and Accident Analysis: Course Syllabus 270
《道路勘测与设计》教学大纲 277
37. Road Surveying and Designing: Course Syllabus 277
《交通设计》教学大纲 282
38. Traffic Design: Course Syllabus 282
《交通流理论》教学大纲 289
39. Traffic Flow Theory: Course Syllabus 289
《交通运输项目可行性分析与项目管理》教学大纲 298
40. Transportation Project Feasibility Analysis and Project Management: Course Syllabus 298
《交通管理与控制》教学大纲 305
41. Traffic Management and Control: Course Syllabus 305
《道路工程》教学大纲 312
42. Road Engineering: Course Syllabus 312
《道路工程》教学大纲《道路通行能力》教学大纲 321
43. Road Capacity: Course Syllabus 321
《交通测控技术及应用》教学大纲 329
44. Road Traffic Monitoring Technology and Its Application: Course Syllabus 329
《道路工程材料》教学大纲 336
45. Road Engineering Materials: Course Syllabus 336
《交通工程概预算》教学大纲 345
46 Project Estimate and Budget of Traffic Engineering: Course Syllabus 345
《交通环境工程》教学大纲 347
47. Traffic Environmental Engineering: Course Syllabus 347
《城市公共交通》教学大纲 352
48. Urban Public Transport: Course Syllabus 352
《物流系统工程》教学大纲 359
49. Logistics System Engineering: Course Syllabus 359
《国际货物运输》教学大纲 365
50. International Cargo Transportation: Course Syllabus 365
《报关与单证》教学大纲 372
51. Customs Declaration and Documents: Course Syllabus 372
《现代物流信息技术》教学大纲 378
52. Modern Logistic Information and Technology: Course Syllabus 378
《配送中心规划与设计》教学大纲 388
53. Planning and Design of Logistics Distribution Center: Course Syllabus 388
《供应链管理》教学大纲 397
54. Supply Chain Management: Course Syllabus 397
《生产计划与控制》教学大纲 414
55. Production Planning and Control: Course Syllabus 414
《物流系统仿真》教学大纲 422
56. Logistics System Simulation: Course Syllabus 422
《电子商务》教学大纲 429
57. E-Commerce: Course Syllabus 429
《冷链物流》教学大纲 435
58. Cold-Chain Logistics: Course Syllabus 435
《物流成本管理》教学大纲 443
59. Logistics Cost Management: Course Syllabus 443
《仓储与库存管理》教学大纲 450
60. Warehouse and Inventory Management: Course Syllabus 450
《交通运输专业导论》教学大纲 457
61. Introduction to Traffic and Transportation: Course Syllabus 457
《交通仿真技术》教学大纲 466
62. Traffic Simulation Technology: Course Syllabus 466
《智能交通与控制》教学大纲 471
63. Intelligent Transportation and Control: Course Syllabus 471
《大数据与数据挖掘》教学大纲 478
64. Big Data and Data Mining: Course Syllabus 478
《物联网技术》教学大纲 485
65. Internet of Things Technology: Course Syllabus 485

《画法几何与工程制图》教学大纲
1. Descriptive Geometry and Engineering Drawing: Course Syllabus
课程名称：画法几何与工程制图
Course : Descriptive Geometry and Engineering Drawing
课程编号：0071200082
Course Number：0071200082
适用学生: 交通运输专业本科生
Designed for: Undergraduates of Traffic and Transportation Major
必修/选修：必修
Compulsory/Elective：Compulsory
学时：48
Class hours: 48
学分：3
Credit: 3
教学方式（Teaching methods）：
1. 课堂讲授（Lectures）
2. 课堂讨论（Classroom discussion）
预修课程：无
Preparatory Courses: none
考核方式（Evaluation methods）：
1.课堂考勤（Attendance）：8%
2.平时作业（Homework）：32%
3.大作业（Classroom discussion）：10%
4.期末考试（Final examination）：50%
教材/参考书：Recommended Teaching Materials
《工程制图》 魏家兴，窦建玲主编 电子工业出版社 2012
Wei Jiaxing, Dou Jianling. Engineering Drawing. Electronic Industry Press, 2012.
课程描述（Course Descriptions）：
《画法几何与工程制图》是交通运输专业的一门专业基础课程。是一门实践性强，理论和实践相结合的课程，通常在大一第一学期开设。该课程主要涉及制图基础知识、投影法基础、基本立体投影、截交线与相贯线、组合体视图、尺寸标注、机件的表达方式、轴测图、标准件与常用件、零件图、装配图等相关内容。
This course is a professional foundation course for undergraduates majoring in traffic and transportation. This course mainly involves the basic knowledge of drawing, projection basis, the projection of basic and combined body, isometric, the expression of common parts, standard and common parts, parts graphs and assembly drawing, etc.
课程培养目标（Training Objectives）：
通过《画法几何与工程制图》的学习使学生达到如下能力的培养：（1）掌握画法几何的基本理论和方法，及基本绘图技能；（2）培养学生徒手绘图、尺规作图能力，以及识图能力；（3）培养学生团队合作、沟通表达能力等综合素质的提高，为学生就业后从事制图、读图等相关工作奠定基础。
After learning this course, students are expected to improve the following abilities: (1) Acquire basic theories and methods of descriptive geometry, as well as the basic drawing skills; (2) Draw graphs by hand or by using ruler and compass, and interpret graphs; (3) Improve comprehensive qualities of teamwork, communication and expression, so as to build a solid foundation for later profession of graphic drawing and interpreting.
课程目标标准（Standards of Educational Objectives）
知识
Knowledge
（1-3）掌握画法几何的基本理论和方法，及基本绘图技能。
(1-3) Acquire basic theories and methods of descriptive geometry, as well as the basic drawing skills.
能力
Abilities
（2-1）培养学生能够运用正投影的画法几何知识和工程制图知识，进行零件图、装配图的工程制图、读图方面的能力运用。
(2-1) To make and interpret parts drawing and assembly drawing by applying the knowledge of orthographic projection descriptive geometry and engineering drawing.
撰写人：夏文俊
Author: Xia Wenjun
审定人：胡永举
Examiner: Hu Yongju
一、课程概况（Course Overview）
课程名称：画法几何与工程制图
Course：Descriptive Geometry and Engineering Drawing
课程编号：0071200082 Course Number：0071200082
适用学生: 交通运输专业本科生
Designed for: Undergraduates of Traffic and Transportation Major
学分：3 学时：48
Credit: 3 Class hour: 48
预修课程：无
Preparatory Courses: None
二、课程简介（Course Descriptions）
本课程是交通运输专业的一门专业基础课程。通过本课程的学习，学生应该掌握工程制图的基本理论和基础知识。本课程从绘图和读图两个方面培养学生的空间思维能力，为学习本专业其他课程所涉及的工程图学知识奠定良好基础。本课程内容包括制图基本知识、投影基础、基本体及组合体的投影、轴测图、机件常用表达、标准件及常用件、零件图、装配图等。
This course is a professional foundation course for undergraduates majoring in traffic and transportation. After learning this course, students should acquire the basic principles and knowledge of engineering drawing. This course trains students’ spatial thinking ability through graphic drawing and graphic interpreting, and lays a solid foundation for learning the knowledge of engineering graphics involved in other professional courses. This course mainly involves the basic knowledge of drawing, projection basis, the projection of basic and combined body, isometric, the expression of common parts, standard and common parts, parts graphs and assembly drawing, etc.
三、教学内容与教学安排（Course Content and Arrangement）
教学内容
Teaching Contents
教学目标
Teaching Aims
教学方式
（讲授、示范操作、指导参观、课堂讨论等）
Teaching Methods
(lecture,demonstration, visit under guidance, class discussion )
学时安排
Class hour
一、制图基础知识
1.1 制图国家标准简介
1.2 绘图工具及作图方法
1.3 几何作图
1.4 平面图形绘制方法和步骤
1. Drawing basis
1.1 National drawing standards introduction
1.2 Drawing tools and methods
1.3 Geometric drawing
1.4 Drawing methods and steps of plane figure
（1） 了解并掌握工程制图的常用国家标准；（2）熟练使用基本制图工具；（3）掌握基本的图元画法和作图方法
(1) Know about and acquire common national standards of engineering drawing; (2) Master basic drawing tools; (3) Acquire basic primitive painting and drawing methods.
讲授、课堂讨论
Lecture & Class discussion
6
二、投影法基础
2.1 投影法基本知识
2.2 三视图的形成及投影关系
2.3 点、直线、平面的投影
2.4 直线与平面及两平面的相对位置
2. Projection method basis
2.1 Projection method basic knowledge
2.2 Formation and projection relation of three views

2.3 Projection of dot, line and plane
2.4 Relative location of line and plane, and two planes
（1） 掌握投影的概念及空间几何元素点、线、面的投影特性；（2）掌握空间直线与直线、直线与平面、平面与平面的相对位置关系判断方法。
(1) Acquire the concept of projection and projection characteristics of dot, line, plane; (2) Acquire the relative location of spacial line and line, line and plane, plane and plane and its judging method.
讲授、课堂讨论
Lecture & Class discussion
6
三、基本立体的投影
3.1 平面立体的投影
3.2 曲面立体的投影
3. Projection of common solid
3.1 Projection of plane solid
3.2 Projection of curve solid
（1） 掌握基本几何体三视图的画法；（2）掌握在几何体表面取点的方法
(1) Acquire basic drawing method of three views; (2) Acquire the method to get point on geometric surface.
讲授、课堂讨论
Lecture & Class discussion
6
四、立体的截交线和相贯线
4.1 平面与平面立体相交
4.2 平面与曲面立体相交
4.3 两平面立体相交
4.4 平面立体与曲面立体相交
4.5 两曲面立体相交
4. Transversal line and intersecting line of solid
4.1 Plane and plane solid intersection
4.2 Plane and curve solid intersection
4.3 Two plane solid intersection
4.4 Plane solid and curve solid intersection
4.5 Two curve solid intersection
（1） 掌握立体表面的截交线和相贯线的特性、作图方法和作图步骤。
(1) Acquire characteristics, drawing methods and steps of transversal line and intersecting line.
讲授、课堂讨论
Lecture & Class discussion
6
五、组合体视图
5.1 组合体的形成和投影图画法
5.2 组合体三视图的画法
5.3 组合体的看图
5. View of composite unit
5.1 Formation and projection drawing of composite unit
5.2 Drawing of composite unit’s three view
5.3 Interpreting of composite unit drawing
（1） 理解组合体的形成原理；（2）掌握形体分析法及线面分析法；（3）掌握组合体视图的看图、读图方法；（4）熟练掌握根据两个视图补画第三视图的方法
(1) Understand the formation principles of composite unit; (2) Acquire shape analysis and line-surface analysis; (3) Acquire the interpreting and viewing of composite unit drawing; (4) Grasp the method to draw the third view according to the other two views
讲授、课堂讨论
Lecture & Class discussion
6
六、尺寸标注
6.1 标注尺寸的基本要求和规则
6.2 组合体的尺寸标注
6. Dimensional marking
6.1 Basic requirements and rules
6.2 Dimensional marking of composite units
（1） 掌握尺寸标注的基本原则及标注国家标准；（2）熟练进行组合体视图的尺寸标注。
(1) Acquire basis principles and national standards of dimensional marking; (2) grasp dimensional marking of composite unit’s three view
讲授、课堂讨论
Lecture & Class discussion
3
七、机件的表达方法
7.1 视图
7.2 剖视图
7.3 断面图
7.4 其他表达方法
7.5 表达方法综合应用
7. Parts expressing method
7.1 View
7.2 Cut-open view
7.3 Cross-section view
7.4 Other expressing methods
7.5 Comprehensive application of expressing methods
（1） 理解并掌握常见视图的形成原理与标注方法；（2）掌握剖视图的基本原理及表达方式；（3）掌握断面图的画法；（4）了解其他常见简化画法。
(1) Understand and acquire the formation principle and marking methods of common views; (2) Acquire basic principle and expressing methods of cut-open view; (3) Acquire the drawing method of cross-section view (4) Learn about other common brief drawing methods.
讲授、课堂讨论
Lecture & Class discussion
6
八、标准件和常用件
8.1 螺纹和螺纹紧固件
8.2 键、销连接
8.3 齿轮
8.4 弹簧
8.5 滚动轴承
8. Standard and common parts
8.1 Screw threads and fasteners
8.2 Key and pin connection
8.3 Gear
8.4 Spring
8.5 Rolling bearing
（1） 掌握螺纹、螺纹连接；键、销连接、齿轮、轴承等标准件画法；（2）了解常用件的画法。
(1) Acquire the drawing of screw threads and fasteners, key and pin connection, gear, spring, and rolling bearing, etc.; (2) Understand the drawing methods of common prats.
讲授、课堂讨论
Lecture & Class discussion
3
九、零件图
9.1 零件图的内容和要求
9.2 零件图的视图选择及尺寸标注
9.3 典型零件示例
9.4 零件上常见工艺结构及尺寸标注
9.5 零件图上的技术要求
9.6 读零件图
9. Parts drawing
9.1 Contents and requirements
9.2 View selection and dimensional marking
9.3 Typical parts examples
9.4 Common technical structure and dimensional marking of parts
9.5 Technical requirements
9.6 Parts drawing interpreting
（1） 掌握零件图的基本组成要素；（2）掌握零件图的视图选择原则及尺寸标注原则；（3）了解零件上常见工艺结构及其尺寸标注；（4）了解零件图的技术要求的标注原则和标注方法；（5）能读零件图
(1) Acquire the basic elements of parts drawing; (2) Acquire selecting and dimensional marking principles of parts view; (3) Learn about common technical structure and dimensional marking of parts; (4) Understand marking principles and methods of parts drawing technical requirements; (5) Be able to interpret parts drawing.
讲授、课堂讨论
Lecture & Class discussion
3
十、装配图
10.1 装配图概述
10.2 装配图的视图表达方法
10.3 装配图中的尺寸标注和技术要求
10.4 装配图序号及明细栏
10.5 装配图结构的合理性
10.6 画装配图的方法和步骤
10.7 读装配图
10. Assembly drawing
10.1 Assembly drawing overview
10.2 Assembly drawing view expression
10.3 Assembly drawing dimensional marking and technical requirements
10.4 Assembly drawing number and specification list
10.5 Structure rationality of assembly drawing structure
10.6 Drawing methods and steps of assembly
10.7 Assembly drawing interpreting
（1） 掌握装配图的作用及所包含的内容；（2）会选择装配图的视图，（3）掌握装配图的标注内容及标注方法；（4）能读装配图。
(1) Acquire the function and contents of assembly drawing; (2) Be able to select assembly view; (3) Acquire the marking contents and methods of assembly drawing; (4) Be able to interpret assembly drawing
讲授、课堂讨论
Lecture & Class discussion
3
学时合计
Summary
48
四、推荐教材及参考书目 （Recommended Teaching Materials and Reference Books）
1.推荐教材（Recommended Teaching Materials）
《工程制图》 魏家兴，窦建玲主编 电子工业出版社 2012.
Wei Jiaxing, Dou Jianling. Engineering Drawing. Electronic Industry Press, 2012.
2.参考书目（Reference Books）
《现代工程制图》（近机类和非机类专业适用） 张秀芝主编 机械工业出版社 2013.
《工程制图》 黄玲主编 电子工业出版社 2010.
Zhang Xiuzhi. Modern Engineering Drawing. China Machine Press, 2013.
Huang Ling. Engineering Drawing. Electronic Industry Press, 2010.
五、考核与评价方式（Course Evaluation）
课程成绩通过课堂考勤、平时作业、课堂表现、期末考试等方式体现。其中，期末试卷成绩占50%，其他环节占50%，课程考评满分成绩为1