This paper explores the problematic interface between a Tram-Train vehicle and two very different railway infrastructures, detailing the analysis and design process required to develop an optimised wheel profile for dual operation running. One of the key issues in developing a dual-operation wheel profile is managing the contact conditions within the wheel/rail interface. The interface is critical not only to the safe running of the vehicle but also to maximise wheelset life and to minimise wheel-rail damage. A combination of vehicle dynamic simulations and bespoke software were used to allow the development of a new wheel profile for Tram-Train operations
This bachelor’s degree project aimed to improve the wheel profile of a rail mounted trolley and dete...
Summary: “Tram–train” concept is based on adapting light rail vehicles to operate both on tramway an...
In the UK, the use of similar vehicle types by a range of privatised operators gives the opportunity...
This article explores the design of a new wheel profile which can be used in a tram-train vehicle. A...
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...
This paper describes a study for the optimisation of the wheel profile in wheel-rail system to incre...
Beyond the advantages in design of running gear and railway vehicles itself and introducing the acti...
The equations for the forces developed between the wheel and rail are summarised and the physical im...
Nowadays urban vehicles have become more and more important in public transportation, this have lead...
Wear and fatigue of wheels have a great effect on the maintenance of railway vehicles and running sa...
The reduction of wear due to wheel–rail interaction is a fundamental aspect in the railway field, ma...
The friction pair formed by wheel and rail is subject to adhesive wear, which leads to a waste of ti...
AbstractThe proposed contribution deals with the method for the railway wheel profile development on...
Methods for multibody modelling and simulation should accurately replicate the dynamic behaviour of ...
This bachelor’s degree project aimed to improve the wheel profile of a rail mounted trolley and dete...
Summary: “Tram–train” concept is based on adapting light rail vehicles to operate both on tramway an...
In the UK, the use of similar vehicle types by a range of privatised operators gives the opportunity...
This article explores the design of a new wheel profile which can be used in a tram-train vehicle. A...
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...
This paper describes a study for the optimisation of the wheel profile in wheel-rail system to incre...
Beyond the advantages in design of running gear and railway vehicles itself and introducing the acti...
The equations for the forces developed between the wheel and rail are summarised and the physical im...
Nowadays urban vehicles have become more and more important in public transportation, this have lead...
Wear and fatigue of wheels have a great effect on the maintenance of railway vehicles and running sa...
The reduction of wear due to wheel–rail interaction is a fundamental aspect in the railway field, ma...
The friction pair formed by wheel and rail is subject to adhesive wear, which leads to a waste of ti...
AbstractThe proposed contribution deals with the method for the railway wheel profile development on...
Methods for multibody modelling and simulation should accurately replicate the dynamic behaviour of ...
This bachelor’s degree project aimed to improve the wheel profile of a rail mounted trolley and dete...
Summary: “Tram–train” concept is based on adapting light rail vehicles to operate both on tramway an...
In the UK, the use of similar vehicle types by a range of privatised operators gives the opportunity...