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March 1990 Hailstorm Damage in Sydney, Australia

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Abstract

On 18 March 1990, an intense hailstorm in Sydney, New South Wales, Australia caused insured damage valued at A$million – the third most expensive loss event in Australian insurance history.

While damage was widespread with claims for buildings spread across more than 130 postcodes, 20% of the claims came from just two postcodes. The proportion of dwellings of brick construction that made a claim was significantly less than the proportion of policies for this type of construction. Fibro (fibre-cement), timber and aluminium-clad dwellings are more likely to sustain damage than brick buildings in this type of storm.

Hail caused the majority of damage to exterior building items while water damage more commonly affected interior building items and contents. While the repair of Interior building items such as ceilings and walls cost more than contents damage on average, the repair/replacement costs of contents contributed more to the total costs. Damage to window glass and roofs together made up more than 50% of the total claim.

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References

  • Andrews, T., Carless, R., Vaccaro, G., and Goodwin, M.: 1995, Catastrophe PML estimation, Institute of Actuaries of Australia 1995 General Insurance Seminar, 26–29 November, Launceston.

  • Armstrong P.R., Cox, M., and de Winter, F.: 1980, Need for and Evaluation of Hail Protection Devices for Solar Flat Plate Collectors, Atlas Corporation ALO-4291–2.

  • Changnon, S.A.: 1977, The scales of hail, J. Appl. Meteorol. 16, 626–648.

    Google Scholar 

  • Charlton, R.B., Kachman, B.M., and Wojtiw, L.: 1995, Urban hailstorms: a view from Alberta, Natural Hazards 12, 29–75.

    Google Scholar 

  • Cox. M. and Armstrong, P.R.: 1979, A Statistical Model for Assessing the Risk of Hail Damage to any Ground Installation, Atlas Corporation ALO-4291–1.

  • Greenfeld, S.H.: 1969, Hail Resistance of Roofing Products, Institute for Applied Technology, Building Research Division, Washington, DC.

    Google Scholar 

  • Jenkins, D.R. and Mathey, R.G.: 1982, Hail impact testing procedure for solar collector covers, U.S. Department of Commerce NBSIR 82–2487.

  • Mitchell, E. and Griffiths, D.: 1993, Report on the Sydney hailstorm: March 1990, Bureau of Meteorology Report.

  • Summers, P.W. and Wojtiw, L.: 1971, The economic impact of hail damage in Alberta, Canada and its dependence on various hailfall parameters, Seventh Conference on Severe Local Storms, 5–7 Oct 1971, Kansas City, pp. 158–163.

  • United States Dept of Energy: 1978, Central receiver solar thermal power system–hailstone simulation test report, DOE EY–76–0–03–1111 (Modification No. A006).

  • Vorobieff, G., Paterson, D., and Knightley. R.: date unknown, Hailstone evaluation of cladding materials, CSIRO Division of Building Construction and Engineering (internal report).

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Andrews, K.E., Blong, R.J. March 1990 Hailstorm Damage in Sydney, Australia. Natural Hazards 16, 113–125 (1997). https://doi.org/10.1023/A:1007913508192

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  • DOI: https://doi.org/10.1023/A:1007913508192

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