Up to now most of the ballastless track systems, which have been built on Ballastless track systems using discrete rail seats as well as systems with sleeper . The Group (formerly ‘Pfleiderer track systems’) was involved from the earliest days in a leading role for the development of ballastless track systems. At the beginning of the s, the ÖBB started using ballastless track systems. During the first phase (from until ), several different types of ballastless .

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Distribution of ballast-less systems worldwide.

After achieving official approval, syetem track design must be presented in a form that allows the construction company to install the system on the construction site.

The first serial installation took place in Schleswig-Holstein and Heidelberg in This article provides an overview of the achievements of RAIL. Furthermore, it has been established that the ststem field of use of the ballastless track system are on tunnel-lines.

For noise and vibration reduction, many of these systems are combined with floating slabs.

The Bögl ballastless track system

Advantages High attenuation of vibrations: This procedure is by all means highly advisable for other projects as well, since it extensively prevents unproductive basic discussions during the further course of the design process that could endanger on-time completion.

He also worked there as a university assistant in the Institute of Railway Technology from to Website development by e-Motive Media Limited. bxllastless

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Here as well, it was possible to achieve permission for a deviation from the Indian Bridge Code: Photocatalytic Product Over the last decades, there has been growing concern regarding environmental pollution in large cities. You can get more information, and find out how to change your settings, in our Cookies Policy.

Bi-block applications guarantee a safe and reliable bond between the sleeper and the infill concrete as well as easier handling. In he joined Austrian Federal Railways and occupied several functions. Call Send a quick message. It was consequently necessary to prepare two practically independent sets of approval documents, which required mutual, overall harmonisation. For the ballastless system, the authorities required evidence that no significant additional effects would arise in the rails that would require the application of a rail expansion joint.

This experience resulted, for example, in further development of the full-block bi-block sleeper, to design the type B TS-M. Adaptability of vertical rigidity: It shows a lot of advantages for applications in tunnels, on bridges and on surface lines.

Ballastless Track

With its comparatively very low structural height, and with the possibility of achieving optimal required track position, ballast track technology offers highly attractive and beneficial solutions as end-to-end systems technology for main-track and turnout sections, for application on a uniform basis on embankments, bridges, and tunnels.

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Elastic mat under the slab. Your liaison Contact form Locations. This has in turn resulted in an appreciable number of technical innovations and an enhancement in railway technology in the areas of rolling stock, train control and track engineering.


We use cookies to improve your experience on our site and to show you relevant advertising. Recently, the company has succeeded in profitably exploiting its experience in numerous projects for various countries and railway authorities. With the exception of a number of European countries systeem Japan, ballastless track systems have been installed only to a limited extent.

Throughout the world today, new track projects and infrastructure expansions are being planned and engineered from the very beginning as ballastless track systems, which have proved to be safe, reliable and cost effective. In addition to many TV cameras and barriers, the security system also includes the construction of ballastless track in five tunnels with a total length of approximately 10km.

During train operation this leads to rail deflections of 1. The success of ballastless-track technology is primarily based on the following advantages: On the other hand, systems implemented with concrete supporting layers offer the selection among an optimal diversity of models with homogeneous system structures. On the basis of the consistently positive operational experience gained with its systems in Germany, RAIL.