汽车盘式制动器设计(CATIA三维图)(英文版)

汽车盘式制动器设计(CATIA三维图)(英文版)(任务书,开题报告,文献摘要,外文翻译,论文说明书英文版10000字,CATIA三维图)
Main contents of design (thesis): This topic belongs to the design topic. The main contents include an overview of the situation at home and abroad and the significance of the research. The selection of braking system structure, the main parameters of the brake and calculation and verification are also included.
The main tasks and requirements:
(1) the design of drawings must contain drawing and assembly of it,the total drawing quantity shall be not less than 2.0# drawings, Where the amount of machine drawing paper do not less than 1 0# drawings, and machinedrawingin three-dimensional map (need to turn to  two-dimensional map) shall not be less than 0.5 0# drawings,all drawings should not be repeated.
(2) Graduation design instructions shall not be less than 10 thousand words or 40 thousand English character.
(3) There are no less than 15 documents in graduation design document retrieval,including 5 foreign literature.Each document retrieval shall not be less than 200 words or 800 English characters
(4) Thesis proposal is not less than 1400 words or 6000 English characters.
(5) English materials of translation which are relevant to this major are not less than 20 thousand English characters.If it is translated into Chinese,it shall not be less than 5 thousand words.
(6) A summary of the design notes of Journal paper format shall be no less than 4000 words or 15000 English characters (or 1 full English paper report presentation board )
 

目录
Chapter 1   Introduction    2
1.1 Brake system overview    2
1.1.1 Automotive brake operation    2
1.1.2 Brake System Components    4
1.1.3 Types of Braking System    5
1.1.4 Type of Dual Split System    6
1.2 Introduction and Features of Brake    7
1.2.1 Overview of the Brake    7
1.2.2 Types of disc brakes    8
1.2.3 Application of dis brake    11
1.2.4 The request of a braking system design    12
Chapter 2   Design and Analysis of Brakes’ Structure    16
2.1 Analysis and Determination of Brakes    16
2.2 The Selection and Analysis of the Driving Mechanism    17
2.2.1 The Simple Driving Mechanism    18
2.2.2 The Power Driving Mechanism    18
2.2.3 Power-assisted Mechanism    19
Chapter 3   The Design of Brake    22
3.1 Reference model and the data used in design.    22
3.2 The calculation and Selection of Braking system    22
3.2.1 Synchronous adhesion coefficient    22
3.2.2 Calculation of Normal Force    24
3.2.3 The calculation of distribution coefficient.    27
3.2.4 Braking strength and adhesion coefficient utilization.    28
3.2.5 Calculation of adhesion force    29
3.2.6 Calculation of braking force and the braking torque.    30
3.2.7 Brake factor and the brake sensitivities    30
3.3 The Design of the Brake’s Structure    32
3.3.1 The diameter of brake disc D    32
3.3.2 The thickness of brake disc h    32
3.3.3 The parameters of brake friction pad    33
3.4 Calculation of parking braking system    35
Chapter 4   Design of Disc Brake System Components    36
4.1 Brake disc    36
4. 2 Disc Brake Caliper    36
4.3 Material of Friction    37
4.4 Brake Pads    39
4.5 Braking Clearance    40
4.6 Master Cylinder    40
4.7 Wheel Cylinder Construction and Operation    41
Conclusion    53
Acknowledgement    54