The ride comfort for passenger represents an important aspect of a rail vehicle dynamic analysing. The computational software utilisation helps to determine forces and accelerations in various positions through the body of a rail vehicle in order to predict ride properties or evaluate ideas for ride comfort in advance. This article is focused on the dynamic simulation of a rail vehicle running on a real track section. The rail vehicle model creation, computations performance and determination of accelerations badly needed for the ride comfort evaluation is performed in commercial software package
The growing number of automated vehicles (AVs) necessitates good ride comfort for passengers. This r...
A train seat–human body coupled dynamics model was established to predict the ride comfort of high-s...
In this study, the effect of vehicle vibrations on human beings is investigated. The computations we...
Dynamical analysis plays a key role in development and optimalization of rail vehicles. The article ...
Ride comfort for passengers remains a pressing topic. The level of comfort in a vehicle can influenc...
This paper illustrates the numerical procedure set up to simulate the dynamic response of a rail veh...
Appropriate modelling of the dynamic behaviour of the vehicle components, particularly car body flex...
The purpose of this this report was to find the sources that led to the deviation between the simula...
To study the impact of suspended equipment on the ride comfort in a railway vehicle, a rigid flexibl...
Suspension system plays an important role in the performance of a vehicle, especially the vehicle ha...
One of the most important aspects of the design activity of passenger railway vehicles is the optimi...
The article is devoted to the analysis of the dynamic characteristics of the mechanical system compo...
One of the most important aspects of the design activity of passenger railway vehicles is the optimi...
A railway passenger vehicle must ensure a high level of comfort, especially if it is used for the t...
The article is aimed at the research of the influence of stiffness characteristics included in a mod...
The growing number of automated vehicles (AVs) necessitates good ride comfort for passengers. This r...
A train seat–human body coupled dynamics model was established to predict the ride comfort of high-s...
In this study, the effect of vehicle vibrations on human beings is investigated. The computations we...
Dynamical analysis plays a key role in development and optimalization of rail vehicles. The article ...
Ride comfort for passengers remains a pressing topic. The level of comfort in a vehicle can influenc...
This paper illustrates the numerical procedure set up to simulate the dynamic response of a rail veh...
Appropriate modelling of the dynamic behaviour of the vehicle components, particularly car body flex...
The purpose of this this report was to find the sources that led to the deviation between the simula...
To study the impact of suspended equipment on the ride comfort in a railway vehicle, a rigid flexibl...
Suspension system plays an important role in the performance of a vehicle, especially the vehicle ha...
One of the most important aspects of the design activity of passenger railway vehicles is the optimi...
The article is devoted to the analysis of the dynamic characteristics of the mechanical system compo...
One of the most important aspects of the design activity of passenger railway vehicles is the optimi...
A railway passenger vehicle must ensure a high level of comfort, especially if it is used for the t...
The article is aimed at the research of the influence of stiffness characteristics included in a mod...
The growing number of automated vehicles (AVs) necessitates good ride comfort for passengers. This r...
A train seat–human body coupled dynamics model was established to predict the ride comfort of high-s...
In this study, the effect of vehicle vibrations on human beings is investigated. The computations we...