This paper aims to examine the influence of aerodynamic forces acting on the Siemens Desiro railcar, and the percentage of these forces in the total values of resistance to motion. In this regard the numerical simulation of the airflow is used as a method of analysis. We started from the 3D geometric model at a scale of 1:1 of the vehicle bodywork constructive form. The air flow simulation is performed taking into account the speed limits of the vehicle namely 0 km/ h and 140 km/ h, interval in which eight point values are chosen
This paper presents a methodology for modelling the movements of an electrical rail vehicle on any t...
Aerodynamics play a major role in transport. When speed increases aerodynamic factors come into exis...
The work is a study of the patterns of jet-cavitation air flows when flowing around a high-speed pas...
The increase of the driving speed in railway system requires a comprehensive analysis on the vehicle...
Technological development of the past decades has made it possible in the case of railway vehicles t...
This paper describes the methodology proposed to define the aerodynamic loads acting on a rail carbo...
In this paper, it is aimed to model aerodynamic force that acts on the train running at high speed i...
Abstract:- This paper presents results of wind tunnel experiments on the aerodynamic performance of ...
Numerical analysis of drag values of an electric race car's body. Silesian Greenpower is a student o...
The paper deals with the numerical investigation of aerodynamic loads on railway track vicinity with...
The paper presents the numerical analysis of the drag force generated on the body of a sports car, b...
In Japan, railcar vehicles are often overturned by wind gusts, such as from tornadoes, and unsteady ...
The wind gusts with high speed can negative affect the operation of the railway electric vehicles. T...
Understanding the relationship between car-body vibration and train aerodynamic forces is very impor...
Purpose. Studies of the effect of aerodynamic pressure on the maximum permissible speeds of a high-s...
This paper presents a methodology for modelling the movements of an electrical rail vehicle on any t...
Aerodynamics play a major role in transport. When speed increases aerodynamic factors come into exis...
The work is a study of the patterns of jet-cavitation air flows when flowing around a high-speed pas...
The increase of the driving speed in railway system requires a comprehensive analysis on the vehicle...
Technological development of the past decades has made it possible in the case of railway vehicles t...
This paper describes the methodology proposed to define the aerodynamic loads acting on a rail carbo...
In this paper, it is aimed to model aerodynamic force that acts on the train running at high speed i...
Abstract:- This paper presents results of wind tunnel experiments on the aerodynamic performance of ...
Numerical analysis of drag values of an electric race car's body. Silesian Greenpower is a student o...
The paper deals with the numerical investigation of aerodynamic loads on railway track vicinity with...
The paper presents the numerical analysis of the drag force generated on the body of a sports car, b...
In Japan, railcar vehicles are often overturned by wind gusts, such as from tornadoes, and unsteady ...
The wind gusts with high speed can negative affect the operation of the railway electric vehicles. T...
Understanding the relationship between car-body vibration and train aerodynamic forces is very impor...
Purpose. Studies of the effect of aerodynamic pressure on the maximum permissible speeds of a high-s...
This paper presents a methodology for modelling the movements of an electrical rail vehicle on any t...
Aerodynamics play a major role in transport. When speed increases aerodynamic factors come into exis...
The work is a study of the patterns of jet-cavitation air flows when flowing around a high-speed pas...