Weathering and decay of masonry

Conservation of Building and Decorative Stone

Volumn , Issue , 2007, Pages 153-178

  Honeyborne, David B ^a  

^a NONE

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EID: 85070641963     PISSN: None     EISSN: None     Source Type: Book    
DOI: None     Document Type: Chapter

References (53)

1. Amoroso, G.G. and Fassina, V., ‘Stone Decay and Conservation’ Materials Science Monograph II, Elsevier, Amsterdam, 1983
2. Dorsey, N.E., Properties of Ordinary Water Substance, p. 655, Reinhold, New York, 1940
3. Apling, A.J., Potter, C.J. and Williams, M.L., ‘Air Pollution from Oxides of Nitrogen, Carbon monoxide and Hydrocarbons’, Warren Spring Laboratory Report LR 306
4. Galloway J.N. and Likens G.E. ‘Acid Precipitation: the Importance of Nitric Acid’ Atmospheric Environment, 15, 1081-1085, 1981
5. Serra, M. and Starace, G., An Isotopic Method for Studying Absorption and Oxidation of Sulphur dioxide on Calcium Carbonate’, CNR Centro di Studio Cause di Deperimento et Metodi di Conservazione delle Opere d’Arte, Rome, 1973
6. Kaiser, E., ‘Skin Formation on Limestone’, Der Steinbuch, 5, 254, 1910
7. Kaiser, E., ‘A Fundamental Factor in the Weathering of Rocks and a Comparison of the Chemical Weathering of Stone in Buildings and in Nature’, Chemie der Erde, 4, 342, 1929
8. Schaffer, R.J., ‘The Weathering of Natural Building Stones’, Department of Scientific and Industrial Research Spec. Rep. 18, pp. 28-29, HMSO, London, 1932 (available from the Building Research Establishment, Watford WD2 7JR, England)
9. Hull, E., Building and Ornamental Stone, p. 203, MacMillan, London, n.d.
10. Millot, G., Cogne, J., Jeannette, D., Besnus, Y., Monnet, B., Guri, F. and Schimpf, A., ‘La Maladie des Grès de la Cathédral de Strasbourg’, Bull. Serv. Geol Alsace Lorraine, 20, 131-157, Strasbourg, 1967
11. Anon. ‘The Weathering, Preservation and Maintenance of Natural Building Stone, Part’, Building Research Station Digest, 20, Pt. 3, HMSO, London, 1965
12. Anon., ‘The Decay and Conservation of Stone Masonry’, Building Research Digest, 177, Pt. 2, HMSO, London, 1975
13. Taber, S., ‘The Mechanics of Frost Heaving’, J. Geol., 38, 302-317, 1930
14. Everett, D.H., ‘The Dynamics of Frost Damage to Porous Solids’, Trans. Farad. Soc., 57, 1541-1551, 1961
15. Haynes, J.M., ‘Frost Action as a Capillary Effect’, Trans Brit. Ceram Soc., 63, 267, 1964
16. Honeyborne, D.B. and Harris, P.B., ‘The Structure of Porous Building Stone and its Relation to Weathering Behaviour’, Proc. 10th Symp. Colston Research Soc Bristol March 1958, p. 345, Butterworths, London, 1958
17. Huber, H. ‘Staining and Efflorescence on Indiana Limestone caused by Moisture Seepage through Backing Masonry’, ASTM Proc, 28, Pt. 2, 695-713, 1928
18. Department of Scientific and Industrial Research, Building Research 1956, p. 10, HMSO, London, 195
19. Evans, I.S. ‘Salt Crystallisation and Rock Weathering: A Review’, Revue de Géomorphologie Dynamique, 19, 153-177, 1970
20. Cooke, R.W. ‘Salt Weathering in Deserts’, Proc Geol. Assn., 92. 1-16, 1981
21. Kessler, D.W. ‘Physical and Chemical Tests on the Commercial Marbles of the United States’, Technical Paper 123, U.S. Bureau of Washington, 1919
22. Hochman, A. and Kessler, D.W. ‘Thermal and Moisture Expansion Studies of some Domestic Granites’, US Bureau of Standards, Journal of Research, 44, 395-410, 1950
23. Scott Russell, A., quoted by Schaffer, R.J. ‘The Weathering of Natural Building Stones’, Department of Scientific and Industrial Research Spec. Rep. 18, pp. 28-29, p.32
24. Gaetani, L. de ‘Cracking of Stonework by Cementing Iron Rods with Sulphur’, Giornale del Genie Civile, 425, 1902
25. Rogers, F. Specifications for Practical Architecture, 2nd Edn. Crosby, Lockwood and Co., London, 1886. Quotes warning by Alberti (15th C) and de Orme (16th C)
26. See, for example, DSIR Building Research 1952, p.8, HMSO, London
27. Jones, F.E. and Tarleton, R.D. DSIR National Building Studies; Research Papers 14, 15 and 17, HMSO, London, 1951 and 1952
28. Schaffer, R.J., ‘The Weathering of Natural Building Stones’, Department of Scientific and Industrial Research Spec. Rep. 18, pp. 28-29, p.76
29. Conway, Sir M. Letter to The Times, 11 May, 1929
30. Bravery, A.F. ‘Preservation in the Construction Industry’, in Principles and Practice of Disinfection, Sterilisation and Preservation (eds Hugo, Aycliffe and Russell), Blackwell Scientific Publications, Oxford, 1980
31. Bachmann, E. ‘Kalklösende Algen’, Berichte der Deutschen Botanischen Gesellschaft, 33, 45-57, 1915
32. Lepidi, L. and Schippa, S. ‘Some Aspects of the Growth of Chemotropic and Heterotropic Micro-organisms on Calcareous Surfaces’, Proc. 1st Int. Symp. Biodeter. Building Stones, 143-148, 1973
33. Bachmann, E. ‘The Phthalus of Calcicolous Lichens’, Berichte der Deutschen Botanischen Gesellschaft, 10, 30-37, 1892
34. Neculce, J. ‘Some Aspects of Fungi in Stone Biodeterioration’, Proc. 6th Symp, Biodeter, and Clim, pp. 117-122, 1976
35. Smith, Ā.L. and Hearing, G.G. ‘Lichens’, Encycl. Britannica, London, 1950
36. Lloyd, A.O., private communication to Bravery, ‘Preservation in the Construction Industry’, in Principles and Practice of Disinfection, Sterilisation and Preservation (eds Hugo, Aycliffe and Russell), Blackwell Scientific Publications, Oxford, 1980, 1980
37. Lloyd, A.O. ‘Progress in Studies of Deteriogenic Lichens’, Proc. 3rd Int Biodegrad Symp., (eds Shar-pley, J.M. and Kaplan, A.M.) Applied Science, 395-402, 1976
38. Bachmann, E. ‘The Relation Between Silica Lichens and their Substratum’, Berichte der Deutschen Botanischen Gesellschaft, 22, 101-104, 1904
39. Fry, E.J. ‘A Suggested Explanation of the Action of Lithophytic Lichens on Rock (Shale)’, Annals of Botany, 38, 175-196, 1924
40. See, for example, National Glass Budget, 60, 7, 1944
41. Bravery, B. ‘Preservation in the Construction Industry’, in Principles and Practice of Disinfection, Sterilisation and Preservation (eds Hugo, Aycliffe and Russell), Blackwell Scientific Publications, Oxford, 1980
42. Anderson, T. ‘The Decay of Stone Antiquities’, Museums Journal, 10, 100-106, 1911
43. Pochon, J. and Jaton, C, Chem. and Ind, 25 Sept., 1587-1589, 1967
44. Jaton, C. ‘Microbiological Aspects of the Alteration of Stonework of Monuments’, Proc. 2nd Int. Symp. On Deterioration of Building Stone, 149-154, 1973
45. Paleni, A. and Curri, S. ‘Biological Aggression on Works of Art in Venice’, Proc 2nd Int. Biodeter. Symp., 392-400, 1972
46. Kaufimann, J. and Toussaint, J. ‘Corrosion des Pierres: Nouvelles Experiences Montrant le Role des Bacteria Nitrifiantes dans l’Alteration des Pierres Calcaires des Monuments’, Corrosion and Anticorrosion, 2, 240-244, 1954
47. Jaton, C. ‘Microbiological Aspects of the Alteration of Stonework of Monuments’, Proc. 2nd Int. Symp. On Deterioration of Building Stone, 149-154, 1973
48. Duff, R.B., Webley, D.M. and Scott, R.O. ‘Solubilisation of Minerals and Related Materials by 2-Ketogluconic acid-producing Bacteria’, Soil Sci., 95, 105-114, 1963
49. Wood, P.A. and Macrae, I.C. ‘Microbial Activity in Sandstone Deterioration’, Int. Biodeter. Bull., 8, 25-27, 1972
50. Dumitru, L, Popea, F. and Lazar, I. ‘Investigations Concerning the Presence and Role of Bacteria in Stone Deterioration of some Historical Monuments from Bucharest, Jassy and Vluj-Napoca’, Proc. 6th Symp. Biodeter, and Clint, p.67, 1976
51. See, for example, Wear, 10, 89-102, 1967
52. Rennie, G.K. and Clifford, C. J.J.CA. Faraday 1, 73, 680, 1977
53. Price, C.A. and Ross, K. (Building Research Establishment, Watford), private communication, August 1982.