Rolling Stock in the Railway System

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4.3 Railway Vehicle Dynamics Simulation ... 6.2 Rolling stock design – Conventional: locomotive-hauled trains ... 7.5
Rolling Stock in the Railway System Volume 1

1. History railway system 2 Railway systems - Enclosure "European bodies" 3 Interoperability/safety - Enclosure “Environment design” 4 System interfaces 4.1 Clearance gauge 4.2 Wheel-rail 4.3 Railway Vehicle Dynamics Simulation 5 Life Cycle - Annex Safety standards

Volume 2 6 Rolling stock design 6.1 Rolling stock design – Urban rail 6.1.1 Rolling stock design – Trams 6.1.2 Rolling stock design – Metros 6.2 Rolling stock design – Conventional: locomotive-hauled trains 6.3 Rolling stock design – Conventional: trainsets 6.4 Rolling stock design – High speed trains - Enclosure aerodynamics 6.5 Rolling stock design – Freight trains 7 Mechanical subsystems 7.1 Mechanical subsystems – Comfort and internal fittings - Enclosure Interiors safety - Enclosure Fire safety - Enclosure Environment noise vibration 7.2 Mechanical subsystems – Carbody structures 7.3 Mechanical subsystems – Guiding elements 7.3.1 Mechanical subsystems – Running gear 7.3.2 Mechanical subsystems – Tilting 7.3.3 Mechanical subsystems – Gauge changing 7.4 Rail dynamics assessment 7.5 Interfaces (locomotive – wagon -car) - Annex Structural materials - Annex Assembly methods - Annex Finite element calculations

Volume 3 8 Traction 8.1 Electric traction - Enclosure EMC 8.2 Autonomous traction - Enclosure Diesel emissions 9 Train control and monitoring system (TCMS) and HMI 10 Braking 10.1 Braking systems Eclosure Electronic brakes 10.2 Compressed air production 11 Locomotives 12 Driver's cabs 13 Outlook 13.1 Outlook: European Union 13.2: Outlook: United States 13.3 Outlook: Japan Each volume with bibliography, authors CV's, abbreviations. Volume 3 with index Contents_Vol_1_2_3_v1_v20161011.doc

Reinhard Christeller

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