ÌúµÀ¹¤³ÌרҵӢÓï(µÚ2°æ)

µÚ1²¿·Ö רҵÔĶÁ LESSON 1 IntrOduction 1.1 Early Beginning 1.2 Development and Diversification 1.3 The Customer 1.4 The Operator 1.5 Overall Planning 1.6 Choice ofRoute andLevel 1.7 Resources Required LESSON 2 Station Layout 2.1 The Customer and the Design Process 2.2 The Need for Standards 2.3 The Objectives in Station Planning 2.4 The Concept ofSpeed and Flow 2.5 The Consideration ofTime 2.6 Planning forNormal Operation 2.7 CapacityRequirements 2.8 TicketHalls 2.9 Access and Interchange LESSON 3 Rail profile 3.1 FunctionofRails 3.2 Types ofRails 3.3 Requirements for an Ideal Rail Section 3.4 RailWear 3.5 Rail Manufacture LESSON 4 Wheel.Rail Interaetion 4.1 Introduction 4.2 Wheel.Rail Guidance 4.3 Wheelset andTrackDimensions 4.4 Conicity 4.5 W101TIWheel Profiles 4.6 Wheel¡ªRail Contact Stresses LESSON 5 Rolling Stock 5.1 The Range ofRailway Rolling Stock 5.2 Steam Motive Power 5.3 Diesel Traction 5.4 Electric Traction 5.5 Evolution ofWheel Layout 5.6 Freight Rolling Stock 5.7 Specialized Engineering Rolling Stock 5.8 Manufacturing Methods LESSON 6 Depots and Workshops 6.1 Proper Maintenance ofRolling Stock 6.2 Rolling Stock Maintenance Considerations 6.3 Establishing a Maintenance Regime 6.4 Maintenance Management 6.5 Balance between Workshops and Depots 6.6 Depot SiRing 6.7 TheNeeds ofthe Maintainer 6.8 Basic Requirements forDepots LESSON 7 Curves and Gradients 7.1 General Considerations 7.2 Curvature and Superelevation in Horizontal Curves 7.3 Superelevation 7.4 Transition Curves LESSON 8 Track Components 8.1 Basic Components OfTrack 8.2 TrackBallast 8.3 Development ofBallastless Track 8.4 SleeperFunctions 8.5 Timber Sleepers 8.6 Rail Fastenings.Base Plates and Pads 8.7 Points.Switches and Crossings 8.8 Points orTurnouts LESSON 9 Track Design 9.1 TrackLpads 9.2 StaticTrackDesigns 9.3 DynamicTrackDesign LESSON 10 Switch and Turnout 10.1 Introduction ofTumout 10.2 The StandardTumout 10.3 Geometry ofthe Turnout LESSON 11 Bridges and Structures 11.1 ReinforcedConcrete Structures 11.2 PrestressedConcrete 11.3 Brick andMasonry Structures 11.4 Structural Maintenance LESSON 12 Tunnels and Tunneling 12.1 The History ofTunneling 12.2 Cu and Cover Tunnels 12.3 ModeruTunnel Shields 12.4 Differing Ground Conditions 12.5 Construction Methods 12.6 Tunnel Linings 12.7 Vertical and Sloping Shafts 12.8 Size and Shape ofaTunneI 12.9 Tunnel Inspection and Maintenance 12.10 Safety inTunnel Construction LESSON 13 LGV(HSRl Construction 13.1 Introduction 13.2 Preparing the Trackbed 13.3 LayingtheTrack 13.4 JoiningTrackSections 13.5 Adding Ballast 13.6 Finishing Construction LESSON 14 Testing and Acceptance 14.1 Introduction 14.2 ComponentTesting andAcceptance LESSON 15 Earthworks.Drainage and Fencing 15.1 StabilitV ofEarthworks 15.2 ShortTerill Considerations 15.3 Long TerlTl Considerations 15.4 Slips 15.5 Detection ofMovement ofEarthworks 15.6 Dealing with Embankment Slips 15.7 Dealing with Cutting Slips LESSON 16 Noise and Vibration 16.1 Introduction 16.2 Some Definitions 16.3 Vibration Reduction µÚ2²¿·Öͼ½âÌúµÀ¹¤³Ì 1.Locomotive 2.Rail Profile 3.Rail Fastening System 4.Railway Sleeper 5.Ballast 6.Rail Joints 7.Ballastless£¯Nonballasted Track 8.Track Geometry 9.Turnout and Crossings 10.Railway Damage 11.Rail Machine 12.Station Layout 13.RailwayYard 14.Railway Platform 15.Railway Bridge 16.RailwayTunnel 17.Vibration 18.TrackMonitoring Systems µÚ3²¿·Öרҵ´Ê»ã ¸½Â¼A³£ÓÃÌúµÀ¹¤³ÌÍøÕ¾ ²Î¿¼ÎÄÏ×