Abstract
Frost action on stone and concrete in moderate humid climates has long been known as a disruptive factor which deserves close attention. Frost action results from a combination of factors, such as volumetric expansion from the water to the ice phase, the degree of water saturation of the pore system, the critical pore size distribution, and the continuity of the pore system (see Sect. 6.3). The present accuracy of measurement of the pore size distribution has improved the prediction of durability. In the field, the cause of damage to stone overlaps other powerful agents, like salt action and the disruptive action of pure water below 0 °C.
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References
Dorsey EN (1940) Property of ordinary water substance. Reinhold, New York, 673 pp
Dunn JR, Hudec PP (1966) Water, clay and rock soundness. Ohio J Sci 66 (2): 153–167
Fitzner B (1988) Porosity properties of naturally or artificially weathered sandstones. In: Ciabach J (ed) VIth Int Congr on Deterioration and conservation of stone, Torun, Sept 12–14, 1988, pp 236–245
Jerwood LC, Robinson DA, Williams RBG (1990) Experimental frost and salt weathering of chalk-II. Earth Surface Processes and Landforms 15: 699–708
Kieslinger A (1930) Das Volumen des Eises. Geol Bauwesen 2: 199–207
Larsen TD, Cady PD (1969) Identification of frost-susceptible particles in concrete aggregate. Natl Coop Highway Res Progr Rep 66: 62
Lienhart DA, Stransky TE (1981) Evaluation of potential sources of rip-rap and armor stone—methods and considerations. Bull Assoc Engin Geol XVIII (3): 323–332
Lienhart DA (1988) The geographic distribution of intensity and frequency of freeze-thaw cycles. Assoc Engin Geol Bull XXV (4): 465–469
Powers TC (1955) Basic considerations pertaining to freezing and thawing tests. Am Soc Testing Materials Proc 55: 1132–1155
Stockhausen N, Dorner H, Zech B, Setzer MJ (1979) Untersuchung von Gefriervorgängen in Zementstein mit Hilfe der DTA. Cement Concrete Res 9: 783–794
Walker RD, Pence HJ, Hazlett WH, Ong WJ (1969) One-cycle slow-freeze test for evaluation aggregate performance in frozen concrete. Natl Coop Highway Res Progr Rep 65: 21
Winkler EM (1968) Frost damage to stone and concrete: geological considerations. Eng Geol 2 (5): 315–323
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© 1997 Springer-Verlag Berlin Heidelberg
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Winkler, E.M. (1997). Frost Action on Stone. In: Stone in Architecture. Springer, Berlin, Heidelberg. https://doi.org/10.1007/978-3-662-10070-7_11
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DOI: https://doi.org/10.1007/978-3-662-10070-7_11
Publisher Name: Springer, Berlin, Heidelberg
Print ISBN: 978-3-662-10072-1
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