A Modeling Method for the Driving Process of Heavy-Haul Train Based on Multi-Mass Model

A Modeling Method for the Driving Process of Heavy-Haul Train Based on Multi-Mass Model

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Unlike the locomotive, heavy-haul trains have large carrying capacity and consist of hundreds of carriages; the longitudinal impulse in the train has significant coupled nonlinear characteristics during its operation.With the continuous increase in traction weight, problems with the existing control models gradually appear, vehicle decoupling and derailment occur, and the trains often fail to operate on schedule.Using the coupler characteristic curve, this paper comprehensively Explaining demand patterns during COVID-19 using opportunistic data: a case study of the city of Munich considers uncertain factors such as the train loading weight, line ramps, vehicle dynamic performance differences, and changeable operating environment to accurately model the heavy-haul train coupling force and train longitudinal dynamic multiple points.

We optimize the target curve of the ideal running speed of the train and design the corresponding running tracking control strategy.The simulation results show that the ideal target speed curve optimization method designed in this paper can effectively improve key indicators such as safety, punctuality and energy saving in train operation to make trains more D’une lecture croisée d’Agamben et d’un concert des Young Godsou de la question de la contemporanéité dans la pop’ safely and efficiently run.