Search results
Traction Systems Broadly speaking, all traction systems may be classified into two categories : (a) non-electric traction systems They do not involve the use of electrical energy at any stage. Examples are : steam engine drive used in railways and internal-combustion-engine drive used for road transport.
Electric Traction 1. INTRODUCTION The movement of trains and their energy consumption can be most conveniently studied by means of the speed–distance and the speed–time curves. The motion of any vehicle may be at constant speed or it may consist of periodic acceleration and retardation.
want to understand how the electric traction system is configured and how it works. This article has two purposes; first to offer some explanation of the building blocks of an electric traction system, second is to provoke interest in seeking more detail which future papers and articles will present. THE ELECTRIFICATION SYSTEM
22 lip 2009 · Electric traction; a practical handbook on the application of electricity as a locomotive power. Book digitized by Google from the library of Harvard University and uploaded to the Internet Archive by user tpb. Reviews cannot be added to this item.
This study presents a modelling and simulation method for the analysis of short-circuits in 1 × 25 kV railway traction systems (RTSs). First, the authors developed models of major components and a full-scale model of a RTS. The component models developed in this study include a specific Le Blanc traction transformer and an overhead catenary system.
This paper is concerned with the electric vehicle traction system, which consists of traction electric motor together with its voltage source inverter and drive system, in order to tackle this obstacle.
Designing a traction system that prevents leg motion requires an understanding of forces and the components of forces. In this case, the tibia (small lower leg bone) is stabilized by the traction cord attached to a weight and strung through a pulley system.
