References
-
1. P. Albrecht, T.T. Hall: Atmospheric corrosion resistance of
structural steels, Journal of Materials in Engineering 2003,
15, pp. 2-24.
-
2. D.M. Buck: Copper in Steel - The Infl uence on Corrosion,
Industrial & Engineering Chemistry 1913, 5 (6), pp.
447-452.
- 3. G.B. Godfrey: The use of weathering steels in composite bridges 1988, London: Imperial College of Science and Technology, UK.
- 4. R.L. Nickerson: Performance of weathering steel in highway bridges A third Phase Report 1995, Washington: American Iron and Steel Institute, USA.
- 5. M. Fischer: Merkblatt 434: Wetterfester Baustahl 2004, Düsseldorf: Stahl-Informations-Zentrum, Deutschland.
- 6. R. Kogler: Weathering Steel and Painted Steel: Complementary corrosion protection solutions for Highway Bridges, Journal of Protective Coatings and Linings 2005, 22 (1), pp. 68-73.
- 7. J.P. Lebet, T.P. Lang: Brücken aus wetterfestem Stahl 2001, Lausanne: ICOM Construction Métallique, Switzerland.
-
8. M. Morcillo et al.: Atmospheric corrosion data of weathering
steels. A review, Corrosion Science 2013, 77, pp.
6-24.
-
9. M. Morcillo et al.: Weathering steels: From empirical development
to scientific design. A review, Corrosion Science
2014, 83, pp. 6-31.
- 10. P.H. Copson: A Theory of the mechanism of Rusting of Low Alloys Steels in the Atmosphere, proceedings ASTM 45 1945, pp. 554-81.
- 11. J.B. Horton: The Rusting of low-alloyed steel in the atmosphere, Pittsburgh regional technical meeting of the American Iron and Steel Institute 1965, pp. 1-24
-
12. J. Tidblad: Effects of Air Pollution on Materials and
Cultural Heritage: ICP Materials Celebrates 25 Years of
Research, International Journal of Corrosion 2012, pp.1-
16.
- 13. C.P. Larrabee, S.K. Coburn: The Atmospheric Corrosion of Steels as Infl uenced by Changes in Chemical Composition, Proceedings of the First International Congress on Metallic Corrosion. London 1962.
-
14. V. Křivý et al.: Bestimmung der Dickenzuschläge für
wetterfesten Stahl im Brückenbau, Stahlbau 2013, 8 (8),
pp. 583-588.
- 15. M. Helzel: Dokumentation 585: Fassaden aus wetterfestem Baustahl 2014. Düsseldorf: Stahl-Informations-Zentrum, Deutschland.
- 16. K. Kreislová, D. Knotková: Použití patinujících ocelí v architektuře 2011. Praha: SVÚOM, s.r.o.
- 17. V. Křivý, K. Kreislová, V. Urban: Experimental Corrosion Tests on Weathering Steel Bridges, Solid State Phenomena 2015, 227 (2015), pp. 537-540.
-
18. T. Kamimura et al.: Composition and protective ability of
rust layer formed on weathering steel exposed to various
environments, Corrosion Science 2006, 48 (9), pp. 2799-
2812.
-
19. S. Hara et al.: Taxonomy for protective ability of rust layer
using its composition formed on weathering steel bridge,
Corrosion Science 2007, 49 (3), pp. 1131-1142.
- 20. M. Pošvářová: Technické podmínky TP 197: Mosty a konstrukce pozemních komunikací z patinujících ocelí 2008, Praha: Ministerstvo dopravy ČR.
-
21. C.P. Larrabee: Corrosion resistance of high strength low
alloy steels as infl uenced by composition and environment,
Corrosion 1953, 9 (8), pp. 259-271.
-
22. K. Kreislová, V. Křivý: Evaluation of corrosion resistance of
weathering steel with 3 % Ni, Koroze a ochrana materiálu
2014, 58 (1), pp. 11-18.
-
23. V. Křivý: Design of corrosion allowances on structures
from weathering steel, Procedia Engineering 2012, 40, pp.
235-240.
-
24. N. Damgaard et al.: Prediction and Prolongation of the
Service Life of Weathering Steel Highway Structures 2009,
Waterloo: University of Waterloo, Canada.
-
25. A.A. Czarnecki, A.S. Nowak: Time-variant reliability
profi les for steel girder bridges, Structural Safety 2008, 30
(1), pp. 49-64.
-
26. J.R. Kayser, A.S. Nowak: Reliability of corroded steel
girder bridges, Structural Safety 1989, 6 (1), pp. 53-63.