教育一般被認為對快速經濟增長至關重要,如果我們希望通過減少勉強并為人們提供充分參與經濟和社會發展所需的技能來提高窮人的生產力,那么這一點至關重要。因此,南蘇丹在人口、社會需求和全球化等方面提供不同的教育項目是非常重要的。南蘇丹高等教育部(SSMoHE)指出,自2011年獨立以來,已經作出了許多努力來加強教育政策,但由于大多數教育政策和發展步驟只是涉及通識教育,而不是技能教育,致使沒有得到所期望的發展。這本書是以滿足具有中等教育水平的汽車技術人員以及相關領域的工程類學生的需求而設計的。汽車構造作為南蘇丹的一門特殊教學課程,只在不到5%的擁有機械師培訓項目的技術機構中開設。因此,很少有汽車技師或技術人員接觸到這種相關技術。公司、非政府組織、政府機構非常需要受過汽車技工培訓的技術人員。但是,如果汽車技術人員也了解這個商業相關領域,他們將會隨需而變,對他們的公司和他們的客戶更有價值,從而改善該國的生活水平。 

【文章來源】：湖南大學湖南省 211工程院校 985工程院校 教育部直屬院校

【文章頁數】：122 頁

【學位級別】：碩士

【文章目錄】：
Abstract
摘要
Symbols and Units
1. An Introduction
    1.0. Introduction
    1.1. Automotive Engineering
    1.2. Historical Revolution
    1.3 Classification of Automotive
    1.4 Systems in an Automotive
    1.5 Engine
    1.6 I.C Engine Performance Characteristics
    1.7. Drive Line （Power Transmission）
    1.8 Control and Running System
    1.9 Comfort System
    1.10 Electrical System
2. Engine
    2.0 Introduction
    2.1 Internal Combustion Engine
    2.2 Power and Torque
    2.3 Four Stroke Cycle Engine
    2.4 Application of Four Stroke Cycle Engine
    2.5 Advantages and Disadvantages of Four Stroke Cycle Engine
    2.6 Two-Stroke-Cycle Engine
    2.7 Engine Comparison
    2.8 ClassiOcation of Engines
    2.9 Engine Measurements and Performance
    2.10 Construction of Engine
    2.11 Parts of an Engine
    2.12 Engine Common Problems
    2.13 Engine Lubricating Systems
    2.14 Importance of Lubrication
    2.15 Classification of Lubricants
    2.16 Oil Viscosity and Measurements
    2.17 Types of Lubricating Systems
    2.18 Lubrication System Problem
    2.19 Lubrication System Maintenance
    2.20 Engine Cooling Systems
    2.21 Functions of Cooling Systems
    2.22 Types of Cooling Systems
    2.23 Warning Light
    2.24 Coolants and Antifreeze
    2.25 The Liquid-Cooled System Maintenance
3. Powertrain
    3.0 Introduction
    3.1 Types of Transmission
    3.2 Manual Transmission
    3.3. Components of Manual Transmission Are
    3.4 Clutch
    3.5 Gear Box
    3.6 U- Joint:
    3.7 The Drive Shaft
    3.8. Differential Gear Box:
    3.9. Automatic Transmission:
    3.10 Semi-Automatic Transmission
    3.11 Electro Hydraulic Manual Transmission
    3.12. Continuously Variable Transmission （C.V.T）
4. Brakes
    4.0 Introductions
    4.1 Functions of Brakes
    4.2 Requirement of Brakes
    4.3 Hydraulic Brake System
    4.4 Types of Braking System
    4.5 Hydraulic System
    4.6 Anti-lock Brake System （ABS）
    4.7 Power Brakes
    4.8 Common brake issues
    4.9 Wheels
    4.10 Characteristics of wheels
    4.11. Types of wheels
    4.12. Rims
    4.13. Tires
    4.14. Tire material
    4.15. Carcass
    4.16. Tread
    4.17. Tyre inflation
5. Steering
    5.0 Introduction
    5.1 Characteristics of Steering System
    5.2 Functions of Steering System
    5.3 Vehicle Steering Layouts
    5.4 Basic Components of Steering System
    5.5 Steering Gear System
    5.6 Classification of Steering Gear System
    5.7 Steering Box Types
    5.8 Component of steering box
    5.9 Types of Steering Gear Box
    5.10 Operation of Steering Box
    5.11 Rack-And-Pinion Steering System
    5.12 Components of Rack-and-pinion System
    5.13 Conventional Steering Systems
    5.14 Components of Conventional Steering System
    5.15 Operation of Power Assisted Steering
    5.16 Types of Power Steering
    5.17 Components of Power Assisted Steering
    5.18 Electro-hydraulic Steering
    5.19 Types of Electro-hydraulic Steering
    5.20 Ackermann principle
    5.21 Steering geometry
    5.22 The Effects of Alignment Geometry
    5.23 Caster Angle
    5.24 Purpose of Caster
    5.25 Steering Axis
    5.26 Caster Spread
    5.27 Thrust Line & Thrust Angle
6. Chassis and Suspension
    6.0. Introduction
    6.1 Functions of suspension systems
    6.2 Types of suspension systems
    6.3 Suspension System Components
    6.4 Suspension System Springs
    6.5 Stabilizers Bar and Torsion Bar
    6.6 Suspension System Service
    6.7 Frame
    6.8 Chassis
    6.9 Components of Chassis Frame
    6.10 Functions of the Chassis Frame
    6.11 Types of Chassis Frame
    6.12 Forces acting on the Chassis frame
7. Automotive Body
    7.0. Introduction
    7.1 Function of Automotive Body
    7.2 Different Bodies Used In Automotive
    7.3 Major Body Sections
    7.4 Drive Line Configuration
    7.5 Body Classifications
    7.6. Seat, Door and Window mechanism
    7.7 Method of door locking mechanism
    7.8 Automotive body Painting
    7.9 Constituents of Paints
    7.10. Methods of Painting
    7.11. Painting Procedure
    7.12 Reasons for Failure of Paint
8. Electric and Electronic
    8.0. Introduction
    8.1 Charging Circuit
    8.2 Charging System Test
    8.3 Starting Circuit
    8.4 Neutral Safety Switch
    8.5 Starting Circuit Maintenance
    8.6 Ignition Circuit
    8.7 Spark Plug
    8.8 Contact Point Ignition System
    8.9 Electronic Ignition System
    8.10 Ignition timing devices
    8.11 Ignition System Maintenance
    8.12. Lighting Circuit
    8.13 Turn-Signal Systems
    8.14 Instruments, Gauges, and Accessories
    8.15 Automotive Wiring
9. Automotive Service Workshop
    9.0. Introduction
    9.1. Service Centers
    9.2 Layout of a typical garage, service station and specialist repair shop
    9.3 Automotive Garage Safety and Safety Equipment
    9.4 Safety Rules in the Garage
    9.5 Automotive Garage Tools Rules
    9.6 Tool Boxes
    9.7 Power Tool Safety Rules
    9.8 Safety Equipment
    9.9 Automotive services Tools and Equipment
    9.10 Hand Tools
    9.11 Enine reair secial euiment
    9.12 Compression engines special equipment
    9.13 Special tools and equipment for service station
    9.14 Power hand tools
    9.15 Equipment for Service Station
    9.16 Car washing machine
    9.17 Vehicle Lifting/Hoists
    9.18 Lubrication instrumentation
    9.19 Automotive Maintenance and Servicing
References
Acknowledgement



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