This paper describes a study for the optimisation of the wheel profile in wheel-rail system to increase the overall level of adhesion available at the contact interface, in particular to investigate how the wheel and rail profile combination may be designed to ensure the improved delivery of tractive/braking forces even in poor contact conditions. The research focuses on the geometric combination of both wheel and rail profiles to establish how the contact interface may be optimised to increase the adhesion level, but also to investigate how the change in the property of the contact mechanics at the wheel-rail interface may also lead to changes in the vehicle dynamic behavior
Tractive force and train movement stability dependence on division of forces involved in wheel/rail ...
The aim of the work described was to predict wheel profile evolution by integrating multi-body dyna...
There are two options for testing the performance of rail vehicles and the application of material t...
This paper describes a study for the optimisation of the wheel profile in wheel-rail system to incre...
This paper outlines the historical development of the wheel and rail profiles currently used on rail...
In this thesis, wheel/rail interface optimisation, and particularly the problems of wheel and rail p...
AbstractThe proposed contribution deals with the method for the railway wheel profile development on...
This paper explores the problematic interface between a Tram-Train vehicle and two very different ra...
The reduction of wear due to wheel–rail interaction is a fundamental aspect in the railway field, ma...
The present work aims to better understand the phenomenon of adhesion under degraded conditions duri...
Beyond the advantages in design of running gear and railway vehicles itself and introducing the acti...
Methods for multibody modelling and simulation should accurately replicate the dynamic behaviour of ...
An ideal braking system not only ensures safety and ride comfort but also attracts significant cost-...
Abstract:The developments of a series of wheel profile computer aided methods based on the RRDF or C...
Wear due to wheel-rail critically influences railway operations. Wear of the wheel alters its profil...
Tractive force and train movement stability dependence on division of forces involved in wheel/rail ...
The aim of the work described was to predict wheel profile evolution by integrating multi-body dyna...
There are two options for testing the performance of rail vehicles and the application of material t...
This paper describes a study for the optimisation of the wheel profile in wheel-rail system to incre...
This paper outlines the historical development of the wheel and rail profiles currently used on rail...
In this thesis, wheel/rail interface optimisation, and particularly the problems of wheel and rail p...
AbstractThe proposed contribution deals with the method for the railway wheel profile development on...
This paper explores the problematic interface between a Tram-Train vehicle and two very different ra...
The reduction of wear due to wheel–rail interaction is a fundamental aspect in the railway field, ma...
The present work aims to better understand the phenomenon of adhesion under degraded conditions duri...
Beyond the advantages in design of running gear and railway vehicles itself and introducing the acti...
Methods for multibody modelling and simulation should accurately replicate the dynamic behaviour of ...
An ideal braking system not only ensures safety and ride comfort but also attracts significant cost-...
Abstract:The developments of a series of wheel profile computer aided methods based on the RRDF or C...
Wear due to wheel-rail critically influences railway operations. Wear of the wheel alters its profil...
Tractive force and train movement stability dependence on division of forces involved in wheel/rail ...
The aim of the work described was to predict wheel profile evolution by integrating multi-body dyna...
There are two options for testing the performance of rail vehicles and the application of material t...