Transient numerical simulations were carried out by placing dimples at the top, sides and
bottoms of the tail car streamline area of a high-speed maglev train. The results of an …

Purpose Based on the aerodynamic loads and dynamic performances of trains, this study
aims to investigate the effect of crosswinds and raindrops on intercity trains operating on …

To investigate the dynamic effects of bolster-hanger length on the 600 km/h high-speed EMS
maglev vehicles, a dynamic model of three-car trainset is established, considering the …

In this study, the suspension stability of a maglev vehicle is investigated under steady
aerodynamic load. The dynamics of the maglev vehicle in the vertical direction are modelled …

Although the suspension gap between a maglev train and its track is narrow, it has a
significant impact on the aerodynamic performance of the train. This study investigated the …

With continuous changes to energy-saving requirements, the task of train aerodynamic
optimization becomes important. Traditional aerodynamic optimization of a high-speed train …

In this research, the periodic response and stability of a nonlinear maglev system under the
combined effects of steady and unsteady aerodynamic lifts is investigated, considering time …

The unsteady aerodynamic force on a maglev vehicle increases sharply with the increase in
speed of the maglev vehicle, which can increase the difficulty of electromagnetic suspension …

Self-sustain oscillation leads to aerodynamic noise at inter-coach space. It can be seen from
existing literature that the aerodynamic noise at inter-coach space has already become an …

The aerodynamic load of high-speed trains (HSTs) undergoes significant changes when
they pass through the transition section of the cutting under crosswind conditions. This paper …