Abstract
In view of the world housing shortage, and the economic and technological barriers which hamper efforts to alleviate it, the development of traditional techniques of earth construction may be seen as desirable. Certainly earth buildings may be constructed extremely cheaply using simple skills and, provide dwellings which are comfortable and easily modified to suit changing family needs. There are however, many instances where the seismic collapse of earth buildings has caused high death tolls, and building codes generally discourage this type of construction in seismic areas.
Investigation of earthquake damage to earth buildings has shown that their vulnerability may be significantly reduced by incorporating timber or concrete reinforcing elements, and by attention to building layout and detailing.
This paper discusses the results of this research and looks at the approach being taken by engineers in New Zealand to the preparation of a code of practice for earth construction.
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References
Ambraseys, N.N., Moinfar, A.A., and Tchalenko, J.S., (1972). Gir Earthquake of 10 April 1972, Serial No. 2789/RMO RD/SCE, UNESCO, Paris.
Aytun, A ., (1981). Earthen Buildings in Seismic Areas of Turkey. In: Proceedings, International Workshop: Earthen Buildings in Seismic Areas (University of New Mexico, Albuquerque), Gerald W. May, editor, 2, 345–72.
Barnes, R.E ., (1989). Current Uses of Earthen Materials in the USA. In: Proceedings, Self Help Housing (University of Melbourne, Australia), Dennis Ingemann and Allan Rodger editors, 143–45
Cano, J.H., (1977). Guatemala Earthquake of Feb 4th 1976: Description and Analysis of Damage caused on Buildings. In: Proceedings, 6th World Conference on Earthquake Engineering (New Delhi, India), Sarita Prakashan, editor, Indian Society of Earthquake Technology, Meerut, India, 299–301.
Denker, D ., (1989). Integration of the Timeless Principles. In: Proceedings, Self Help Housing (University of Melbourne, Australia), Dennis Ingemann and Allan Rodger, editors, 163–68
Dethier, J ., (1982). Down to Earth: Mud Architecture an Old Idea, a New Future, trans. Ruth Eaton, Thames and Hudson, London, 192 pp.
El Fadil, A.A. and Osman, M.A., (1984). Factors Influencing the Use of Earth as a Building Material in Sudan. In: Proceedings, Earth Construction Technologies Appropriate to Developing Countries (Brussels, Belgium), Post Graduate Centre for Human Settlement editor, Katholieke Universiteit, Leaven, 111–
Etzion, Y. and Saller, M., (1987). Earth Construction: A Review of Needs and Methods. Architectural Science Review, 30 (2), 43–
Hughes, R., (1983), Material and Structural Behaviour of Soil Constructed. Walls. Monumentum (United Kingdom), 26 (3),175–
Keightley, W.O ., (1975). Destructive Earthquakes in Burdur and Bingol, Turkey, May 1971: Report and Recommendations, Montana State University and National Academy of Sciences, Washington D.C.
Lunt, M.G., (1980). Stabilised Soil Blocks for Building, Overseas Building Notes, British Research Establishment, no. 184, 15 pp.
Meli, R., Hernandez, O. and Padilla, M., (1980). Strengthening of Adobe Houses for Seismic Actions. In: Proceedings, 7th World Conference on Earthquake Engineering (Istanbul, Turkey), Turkish National Committee on Earthquake Engineering, Ankara,465–72.
Middleton, G.F., (1987). Earth Wall Construction, 4th Edition revised by L.M. Schneider. National Building Technology Centre Bulletin 5, 65 pp.
New Zealand Building Industry Authority, (1992). New Zealand Building Code Handbook. Wellington.
Razani, R. and Lee, K.L., (1973). The Engineering Aspects of the Qir Earthquake of April 10 1972 in Southern Iran, Academy of Sciences for National Academy of Engineering, Washington D.C.
Schneider, L.M., (1989). The Formalisation of Earth-Wall Construction in Australia. In: Proceedings, Self Help Housing (University of Melbourne, Australia), Dennis Ingemann and Allan Rodger, editors, 147–49.
Sharma, S.K ., (1989). Back to Mud: A Step Forward. In Proceedings, Self Help Housing (University of Melbourne, Australia), Dennis Ingemann and Allan Rodger, editors, 133–41.
Vargas, J.N., (1981). Adobe Constructions: Basis for a Seismic Resistant Code. In: Proceedings, International Workshop: Earthen Buildings in Seismic Areas (University of New Mexico, Albuquerque), Gerald W. May, editor, 457–502.
Wasti, S.T., (1986). Adobe Structures: Current Practice and Research Needs. In: Proceedings, Middle East and Mediterranean Regional Conference on Earthen and Low-Strength Masonry Buildings in Seismic Areas (Middle East Technical University, Ankara, Turkey), Mustafa Özder Erdik, editor, 581–88.
Yorulmaz, M., (1981). Turkish Standards and Codes on Adobe and Adobe Construction. In: Proceedings, International Workshop: Earthen Buildings in Seismic Areas (University of New Mexico, Albuquerque), Gerald W. May, editor 2, 503–19
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© 1996 Kluwer Academic Publishers
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Christie, J. (1996). Reducing the Seismic Vulnerability of Earth Buildings. In: El-Sabh, M.I., Venkatesh, S., Denis, H., Murty, T.S. (eds) Land-Based and Marine Hazards. Advances in Natural and Technological Hazards Research, vol 7. Springer, Dordrecht. https://doi.org/10.1007/978-94-009-0273-2_3
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DOI: https://doi.org/10.1007/978-94-009-0273-2_3
Publisher Name: Springer, Dordrecht
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