Testing the frost resistance of concrete with different cement types – experience from laboratory and practice

• Autorzy: Boos P. , Giergiczny Z.
• Języki publikacji: EN

Abstrakty

EN

The paper presents the frost resistance test results of concretes, in accordance with CEN/TS 12390-9, produced on selected CEM I, CEM II and CEM III cements from different European countries. Concrete composition was designed in line with the concrete production specifications of individual country. It was proved that CEM II and CEM III concretes demonstrate more scaling comparing to CEM I concrete, while analyzing frost resistance in standard time. The hydration degree of CEM II and CEM III cements is increased by modification of storage conditions (better humidity access and limited carbonation process) thus the resistance of concretes to low external temperatures attack is also improved.

PL

W pracy przedstawiono wyniki badań mrozoodporności betonów zgodnie z CEN/TS 12390-9 na wybranych cementach CEM I, CEM II i CEM III pochodzących w różnych krajów europejskich. Skład betonu przyjęto zgodnie z zasadami wykonywania betonów mrozoodpornych w poszczególnych krajach. Stwierdzono, że badając mrozoodporność betonu po normowym okresie dojrzewania, beton na cementach CEM II i CEM III daje większą ilość złuszczeń w porównaniu do cementu portlandzkiego CEM I. Modyfikując warunki dojrzewania (lepszy dostęp wilgoci i ograniczenie karbonatyzacji) zwiększamy stopień hydratacji cementów CEM II i CEM III, a tym samym polepszamy odporność betonów na tych cementach na działanie niskich temperatur zewnętrznych.

Słowa kluczowe

EN

cement; mineral additive; storage; concrete; frost resistance

PL

cement; dodatek mineralny; magazynowanie; beton; mrozoodporność

• Wydawca: Silesian University of Technology
• Czasopismo: Architecture Civil Engineering Environment
• Rocznik: 2010
• Tom: Vol. 3, no. 2
• Strony: 41--51
• Opis fizyczny: Bibliogr. 27 poz.

Twórcy

autor

Boos P.

autor

Giergiczny Z.

• Heidelberg Technology Center, Germany,

Bibliografia

• [1] Detwiler, R.J., Taylor P.C.; Specifier's guide to durable concrete. In; PCA- Engineering Bulletin, No. 221
• [2] Running, T.F.; Freeze thaw resistance of concrete -Effect of; Curing conditions, moisture exchange and materials; Dissertation. Norwegian Institute of Technology, 2001
• [3] Rusin Z.; Technology of frost resistant concretes. Ed. of Polish Cement Ltd., Cracow, 2002 (in Polish)
• [4] DIN 1045-2; Constructions from concrete reinforced concrete and prestressed concrete - Part 2; Concrete - Specification, performance, production and conformity control ace. to DIN EN 206-1; 2008-08 (in German)
• [5] NBN B 15-001;2004; NBN EN 206-1 - Concrete -Specification, performance, production and conformity. Belgium Standard
• [6] CEN/TS 12390-9 ; 08/2006-08. Testing hardened concrete - Part 9; Freeze-thaw resistance - scaling, 2006
• [7] Auberg, R.; Evaluation of concrete frost resistance with deicing salts, use of CDF and CIF methods. In; The Institute of Physics and Building Materials, Essen University (1999), No. 6 (in German)
• [8] Fagerlund, G.; Internal frost attack; State of the art. In; M.J. Setzer and R. Auberg (eds.); Frost resistance of concrete. London (u.a.); E&FN Spon, 1997, p.321-338
• [9] Ludwig, H. M.; The role of phase transfers in concrete freezing/deicing process; Dissertation (in German)
• [10] Pigeon, M.; Pleau, R.; Durability of concrete in cold climates. London; E&FN Spon, 1995
• [11] Powers, T.C.; Freezing effects in concrete", Paper from symposium sessions, Atlantic City, New Jersey and Ottawa, Ontario, 1973. In "Durability of concrete", SP-47, American Concrete Institute, Detroit, 1975
• [12] Siebel, E.; Frost resistance of concrete on pavement blocks, pp. 496 501, Concrete 42 (1992) (In German)
• [13] Powers, T. C.; A working hypothesis for further studies of frost resistance of concrete. In; ACI Journal 41 (1945), p.245-272
• [14] Rusin Z., Stelmaszczyk G., Nowak Ł., Świercz P.; Is the cement CEM II/B-V is suitable for frost resistance concretes. Conference "Concrete Days", Wisła, 2008, p.630-637 (in Polish)
• [15] Powers, T.C.; Helmuth, R.A.; Theory of volume changes in hardened Portland cement pastes during freezing. In; Highway Research Board Proceedings 32 (1953), p.285-297
• [16] Grübel, G.; The role of ice in microstructure of cementitious materials, Concrete 31 (1981) No.2, p.54-58 (in German)
• [17] Setzer, M.J.; The influence of water content on the properties of hardened concrete; DafStb, H.280; p.43-117 (in German)
• [18] Römpp; Encyclopedia of Chemistry / Falbe J., Regitz, M. (Eds.). - 9 Stuttgart, [ua]; Thieme, 1992 (in German)
• [19] Siebel, E.; Brameshuber, W; Brandes, C.; Dahme, U.; Dehn, F.; Dombrowski, K.; Feldrappe, V.; Frohburg, U.; Guse, U.; Huß, A.; Lang, E.; Lohaus, L.; Müller, C.; Müller, H.S.; Palecki, S.; Petersen, L.; Schröder, P.; Setzer, M.J.; Weise, F.; Westendarp, A.; Wiens, U.; Periodical Report - Connection of frost resistance laboratory tests with practical building site conditions. DAfStb-Issue 560, Beuth 2005 (in German)
• [20] CEN/TR 15177; Testing the freeze-thaw resistance of concrete - Internal structural damage. German version CEN/TR 15177; 2006
• [21] Utgenannt, P.; The Influence of ageing on the salt-frost resistance of concrete. Dissertation. Lund Institute of Technology, 2004
• [22] BAW-Merkblatt; "Concrete frost resistance test"; National Hydraulic Institute 0 Karlsruhe, Hamburg, Ilmenau, December 2004 (in German)
• [23] Pichler, W.; Durability of communication concrete plates. Concrete plate on Mölltal Street after 50 years of usage. W; Update 3 (2005)(in German)
• [24] SS 137244 03.95 Concrete testing; Scaling at freezing. Swedish Standard; Stockholm, Sweden
• [25] Setzer M.-J., et. al.; RILEM Draft recommendation for test methods for the freeze-thaw resistance of concrete. Test with water (CF) or with sodium chloride solution (CDF). RILEM 117-FDC Freeze-thaw and de-icing resistance of concrete. In; Materials and Structures 28 (1995), p.175-182
• [26] Siebel, E.; Breit, W.; The results of European round robin tests on frost resistance of concrete. In; Technical Reports 1998 - 2000, Verlag Bau + Technik, 2001 (in German)
• [27] Giergiczny Z., Puzak T., Sokołowski M.; Construction of concrete Road in agriculture building industry. 10 International Symposium on Concrete Roads. 18-22 September, Brussels-Belgium, 2006 (CD version; www.concreteroads2006.org)