journal article·2014-08

Research of a Tram Headstock from Composite

Zdenek Malkovsky, Hedvika Kovandova

Applied Composite Materials· Volume 21· Issue 4
Publisher page

Abstract

The requirements for crashworthiness of railway vehicles are defined by the Railroad crashworthiness standard EN 15227. This standard is based on the findings of the characteristics of steel structures of front parts of railway vehicles. In the Czech Republic an extensive research was carried out within the project TIP FR-TI1/113 on application of composite sandwich structure elements in the design of the front cabins of a railway vehicle. The aim of the research work was to determine real possibilities of the composite sandwich structures for use in the construction of railway vehicles while considering the validity of the above-mentioned standard.
Source: openaire · Quality: candidate unverified · Source record ↗

Research context

OpenAlex topics: Mechanical Engineering and Vibrations Research

SciVX discovery tags are terminology-based. OpenAlex topics are source-provided classifications.

References (12)

Show source-provided references
1. Humplík, J., Malkovský, Z., Navrátil, J.: Experimental methods for vehicle bodies stress assessment and calculation model verification, 50tn Annual Conference on Experimental Stress Analysis, 4.-7.6., Tábor, Czech Republic (2012)
2. Chvojan, J., Malkovský, Z., Kepka, M.: Strength and fatigue life of bogies: Experiences from calculations and tests. Material and component performance under variable amplitude loading. Deutscher Verband für Materialforschung und-prüfung e.V., p. 1175–1184. ISBN: 978-3-00-027049-9, Darmstadt (2009)
3. Ježdík, R., Jelének, J., Malkovský, Z.: Development of a new concept tramcar in the light of the requirements of the EN 15227 and analyses of tramcar accidents in the Czech Republic, 7th International on Passive Safety 2008, Berlin, Germany (2008), pp. 24–41, ISBN 978-3-940-727-08-4
4. Technical Report VÚKV No. 11-C 119 Evaluation of the measured values obtained when testing collision resistance of the sandwich front of the control car, line 961. (“Vyhodnocení měřených veličin získaných při zkoušce kolizní odolnosti sendvičového čela řídicího vozu ř. 961”, VÚKV a.s. (2011)
5. Čapek J., Malkovský Z.: Experience with the Testing of Railway Vehicles according to the European Standards. 1st First International Conference on Railway Technology: Research, Development and Maitenence. Las Palmas de Grand Canaria, Spain, (2012), Paper 72, ISBN 978-1-905088-53-9
6. Certificated Testing Methodology VÚKV a.s. č. 12-F 01 “Deformation resistivity tests of the front part of railway rolling stock”, VÚKV (2012)
7. Ježdík, R., Malkovský, Z.: Report on the issues of passive safety of railway vehicles. 20th International Conference on current problems in railway vehicles. (Příspěvek k otázkám pasivní bezpečnosti kolejových vozidel, 20. mezinárodní konference Současné problémy v kolejových vozidlech – PRORAIL (2011), II díl, pp. 85–92. ISBN 978-80-89276-31-8)
8. Malkovský Z.: PASSIVE OR ACTIVE SAFETY? Safety on crossing: Experience from real railway traffic in Czech Republic and from experiment, 8th International Symposium on Passive Safety, Berlin, Germany (2011), pp.19–27. ISBN 978-3-940727-25-1
9. ALTAIR ENGINEERING, Inc. RADIOSS theory manual: Large displacement finite element analysis part 1 and part 2. (2010)
10. Fanta, O., Hybner, M., Lopot, F., Jelen, K., Malkovský, Z., Purš, H.: Comaprison of HIC values during train-car collision, J. Trans. Transport Sci. 4(4), Prague (2011). ISSN 1802-971X.
11. European Standard EN 15227 EN “Crashworthiness requirements for railway vehicle bodies”
12. Ježdík, R., Malkovský, Z., Purš, H.: Some Results of the Research Project TIP FR—TI1/113: Reducing the collision consequences of railway and road vehicles/realistic verification of technologies for design of railway vehicles cabin from unconventional materials. 9th International Symposium on Passive Safety 2013, Berlin, Germany, (2013), pp. 135–148. ISBN 978-3-940727-36-7