Characteristic of professional focus: - the group is focused on requirements of interoperability, related norms and technical solutions for the Infrastructure subsystem Objectives of professional focus: - create support for representatives of the Czech Republic in the European institutes and their working groups (CER, ERA, NBRail, CEN); - create conditions for members of Technology Platform (TP) in R&D activities, for participation in consortia of national projects (Technology Agency of the Czech Republic (TACR), Czech Science Foundation) and international projects (Horizon2020, Shift2Rail) focused on needs of TP members
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Activities of Expert Group are concentrated on the following fields:
a) Preparation and organization of workshops and training activities in the field of infrastructure subsystem b) Support the preparation and implementation of projects focused on efficient and sustainable transport infrastructure with regard to environmental impacts c) Cooperation with foreign partners – Spanish Railway Technology Platform (PTFE/FFE), the Swedish Royal Institute of Technology (KTH), University of Applied Sciences St. Pölten d) Participation in international conferences and exhibitions (CETRA, Railway Infrastructure Administration, INNOTRANS etc.) e) Support for internships (TU Dresden, ZU in Zilina, TU Vilnius, Newcastle University etc.)
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Manager |
Otto Plášek, Assoc. Prof., MSc. Ph.D. |
Deputy of the Manager |
Roman Adamek, MSc. |
Members |
Jan Čihák, MSc. Vladimír Doležel, Assoc. Prof., MSc. Ph.D. Leoš Horníček, MSc. Ph.D. Ondřej Jiroušek, Prof., MSc. Ph.D. Alena Kohoutková, Prof., MSc. Ph.D. Hana Krejčiříková, Assoc. Prof., MSc. Ph.D. Danuše Marusičová, MSc. Zbyněk Mynář, MSc. Marek Pětioký, MSc. Miroslav Procházka, MSc. Tomáš Říha, MSc. Marek Smolka, MSc. Jiří Studnička, MSc. Richard Svoboda, MSc., Ph.D. Filip Ševčík, MSc. Radek Trejtnar, MSc., Ph.D. Jan Valehrach, MSc. Jan Vodička, Assoc. Prof., MSc. Ph.D. Ivan Vukušič, MSc., Ph.D. |
Other Associates |
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Member of TP IZI |
Content and Focus on Cooperation |
Správa železniční dopravní cesty, státní organizace (Railway Infrastructure Administration, RIA) |
Projects of Technology Development RIA Centre for Effective and Sustainable Transport Infrastructure (CESTI) – TACR |
Czech Technical University in Prague |
TACR projects: Centre for Effective and Sustainable Transport Infrastructure (CESTI) Increasing the quality of track in switches by flexibility Projects of Technology Development RIA |
DT - Výhybkárna a strojírna, a.s. (DT) |
TACR projects: Centre for Effective and Sustainable Transport Infrastructure (CESTI) Increasing the quality of track in switches by flexibility Operational Assessment of Track Quality Shift2Rail (Horizon2020) – S-CODE |
ŽPSV a.s. |
TACR Projects: Under Sleeper Pads |
VUZ a.s. |
Projects of Technology Development RIA |
SKANSKA a.s. |
TACR projects: Centre for Effective and Sustainable Transport Infrastructure (CESTI) |
University of Pardubice |
Shift2Rail (Horizon2020) – S-CODE |
Brno University of Technology |
TACR projects: Centre for Effective and Sustainable Transport Infrastructure (CESTI) Track quality improvement in Switches and Crossings due to the Increased Elasticity Projects of Technology Development RIA |
Project Title/Acronym: |
Centre for Effective and Sustainable Transport Infrastructure (CESTI) |
Project No.: |
TE01020168 |
Implementation Period: |
2013–2019 |
Funded by:
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Technology Agency of the Czech Republic, Competence Centres program |
Beneficiary: |
Czech Technical University in Prague |
Consortium: |
see www.cesti.cz |
Goal/Project Benefits:
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Centre for Effective and Sustainable Transport Infrastructure (CESTI) is a project focused on technical innovations aimed at elimination of deficiencies in today’s transport infrastructure. It deals with road and railway transport network including bridges and tunnels. Environmental issues, aspects of safety and reliability of structures and effective management systems are addressed comprehensively. The project responds to the requirements for cost efficient, material and energy sustainable, resilient, reliable, smart and accessible transport infrastructure. |
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Project Title/Acronym:
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Increasing the quality of track in switches by flexibility |
Project No.: |
TA01031297 |
Implementation Period: |
2011–2015 |
Funded by: |
Technology Agency of the Czech Republic, Alfa program |
Beneficiary: |
DT – Výhybkárna a strojírna, a.s. |
Consortium:
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Czech Technical University in Prague Brno University of Technology |
Goal/Project Benefits:
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Railway turnout is from the nature of its functions critical point of the railway track from the view of dynamic effects due to the passage of vehicles. Limitation of these effects between the vehicles wheels and rails is the most effective way to improve the quality of rail service on the vehicle side, track and passengers (durability, reliability, operating costs and functional parameters such as speed, noise, safety, power consumption, travel comfort). Therefore, the project focuses on the design of technical solutions of the turnout construction with the elastic fastening system with variations for gravel ballast and slab track, the review and verification of prescribed laboratory tests to 12/2012 and the validation in the track, including the measurement, which is expected to be finished by the end of 2015. Outputs must meet the requirements for interoperability by the TSI, EN and certificates. Solution will be used in the SŽDC and ŽSR network and for export activities. |
· Organization of workshops
2014: - Concrete bearers and ballastless track - Design of railway infrastructure in compliance with Technical specification of interoperability – Persons with reduced mobility - Geosynthetics in the body of railway substructure
2015: - Switches and Crossings. Rail failures and defects - Test methods and assessment of railway infrastructure - Construction of interoperable railway tunnels - Summer technology school for Ph.D. students
2016: - Track alignment
· Representation in European institutes and working groups
Working groups CER: - WG Infrastructure - WG Dynamic Behaviour of RST - WG Safety in Railway Tunnels; - WG Register of Railway Infrastructure - WG Persons with Reduced Mobility
Working groups CEN TC 256 Railway applications, SC 1: - WG 15 Track Design Parameters - WG 16 Sleepers and Bearers - WG 18 Switches and Crossings - WG 21 Acceptance of Track Works - WG 28 Track Geometry Quality - WG 32 Gauges - WG 46 Ballastless Track - SG Track Bridge Interaction
NB Rail
· Support for preparation and implementation of projects
Preparation and implementation of projects: - S-CODE: Switch and Crossing Optimal Design and Evaluation, S2R-OC-IP3-01-2016
Informative workshop: - Legislation and organization of R&D in the Czech Republic - Information resources for science and research - Evaluation of R&D in the Czech Republic
· Cooperation with foreign partners
- Scientific seminars in the field of railway transport in Austria and in the Czech Republic, Brno University of Technology, University of Applied Sciences St. Pölten
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