To represent the wheel-rail contact in numerical simulations of rail vehicles, simplified models (Fastsim, Polách etc.) are usually employed. These models are designed for steady rolling only, which is perfectly suitable in many cases. However, it is shown to be limiting for simulations at very low vehicle speeds, and therefore it does not actually allow simulation of vehicle running at arbitrarily variable speed. The simplified model of transient rolling, which involves calculation of the stress distribution in the discretised contact area, overcomes this disadvantage but might be unnecessarily complex for more simple simulations. In this paper, an approximative creep force computation method for transient rolling is presented. Its purpose...
This paper presents a new method for modelling and simulation of the dynamic behaviour of the wheel-...
During recent years the computational simulation of a railway vehicles running behaviour has grown t...
The estimation of traction for real locomotives is a quite complex task and is commonly performed by...
To represent thewheel-rail contact in numerical simulations of rail vehicles, simplified models (Fas...
An approximate rolling contact model is introduced for fast evaluation of the contact patch and str...
The wheel-rail contact is at the core of all research related to vehicle-track interaction. This tin...
The evaluation of creep forces is a complex task and their calculation is a time-consuming process f...
The paper is focused on equipment used in experimental research in the field of rail vehicles. Such ...
Disertační práce svou teoretickou i experimentální částí směřuje k rozšíření možností modelování adh...
Adhesion and creep force models play an important role in the realistic simulation of railway vehicl...
A computationally efficient engineering model to predict adhesion in rolling contact in the presence...
This paper presents a comparison of four models of rolling contact used for online contact force eva...
Real-time simulators of the behaviour of a rail vehicle require realistic solutions of the wheel rai...
The Kalker book of tables for non-Hertzian contact described in a previous work from the authors pro...
Track experiments and tests for railway vehicles are challenging tasks. In order to realize methods ...
This paper presents a new method for modelling and simulation of the dynamic behaviour of the wheel-...
During recent years the computational simulation of a railway vehicles running behaviour has grown t...
The estimation of traction for real locomotives is a quite complex task and is commonly performed by...
To represent thewheel-rail contact in numerical simulations of rail vehicles, simplified models (Fas...
An approximate rolling contact model is introduced for fast evaluation of the contact patch and str...
The wheel-rail contact is at the core of all research related to vehicle-track interaction. This tin...
The evaluation of creep forces is a complex task and their calculation is a time-consuming process f...
The paper is focused on equipment used in experimental research in the field of rail vehicles. Such ...
Disertační práce svou teoretickou i experimentální částí směřuje k rozšíření možností modelování adh...
Adhesion and creep force models play an important role in the realistic simulation of railway vehicl...
A computationally efficient engineering model to predict adhesion in rolling contact in the presence...
This paper presents a comparison of four models of rolling contact used for online contact force eva...
Real-time simulators of the behaviour of a rail vehicle require realistic solutions of the wheel rai...
The Kalker book of tables for non-Hertzian contact described in a previous work from the authors pro...
Track experiments and tests for railway vehicles are challenging tasks. In order to realize methods ...
This paper presents a new method for modelling and simulation of the dynamic behaviour of the wheel-...
During recent years the computational simulation of a railway vehicles running behaviour has grown t...
The estimation of traction for real locomotives is a quite complex task and is commonly performed by...