2026· E3S Web of Conferences· Vol 730, pp. 05004· 0 citations· 6 references
Abstract
ProRail is the infrastructure manager of the Dutch railway network. ProRail manages approximately 3000 km of rail embankments, most of which were built before 1920. They were constructed at a time when there were no regulations or standards available and each train company had its own way of constructing railways. These embankments function perfectly every day under intense use, even the ones constructed on soft soils. After publication of the new Dutch standards for existing structures, it was unknown if the network would comply. As ProRail is obliged to keep the safety and availability of the network high, a better understanding of embankment stability is necessary, including the best way to monitor and more efficient improvement measures. This led to the start of Programme Rail Embankment in 2020. This programme consists of four parts which are carried out by different companies and institutions for the past 5 years: National Network Analyses of Embankments (NNAE); Research programme (RESET); Testing ground to gain more and better measures to improve the embankments; Implementation. Now that the first part of the programme is reaching the end, it is time to look back and share some of the (preliminary) results. The NNAE is finished completely and Deltares is starting the final year of the RESET programme, while TU Delft is halfway through the programme. The first pilots have been carried out, and different monitoring techniques were and are still being tested. This paper gives an overview of the Programme Rail Embankment and shares the experience of the programme and its most noteworthy tests.
“Rail Baltica” is an international and one of the lar gest modern railway infrastructure projects in Lithuania. Its implementation requires complex land management, land cadastre, and territorial planning solutions. The project involves land acquisition for public needs, the formation of new land parcels, the establish...
Austėja Aukščionytė, E. Tumelienė· Lietuvos jaunųjų mokslininkų...· 0 citations
Adapting existing assets will pose an increasingly significant challenge in the future in order to ensure sustainable operation, long‐term maintenance, and the necessary expansion or adaptation of the infrastructure to new requirements and conditions. In the case of transportation routes, their availability must be tak...
Thomas Attwenger, Marcus Scheuerer· Geomechanics and Tunnelling· 0 citations
Purpose. Integration of Ukraine’s railway system into the European Union transport area requires not only the expansion of the 1435 mm gauge railway network, but also the harmonisation of transport operations, border procedures, and capacity management. The purpose of this study is to further develop a methodological a...
Y. Hermaniuk, R. Korobyova, V. Matviiv· Transport systems and transp...· 0 citations
The article addresses the transformation of Ukraine’s railway sector under the requirements of European integration and explains why this process is especially relevant for a country that must simultaneously preserve transport resilience, restore damaged infrastructure, improve governance, and prepare the market for de...
Serhii Arkhypenko, O. Pylypenko· Economic scope· 0 citations
This article presents a status update of the MDR
02
(modular drainage flushing system railway). The MDR
02
is currently being used to clean the drainage system in the Granitztal Tunnel. The main advantage over conventional drainage flushing methods is that the drainage system can be cleaned while the railway is i...
Stefanie Eichinger, T. Schachinger, R. Heissenberger et al.· Geomechanics and Tunnelling· 0 citations
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