Real-Time Prediction of Meteorological Effects on Airblast Levels

International Society of Explosives Engineers
Alan Richards Adrian Moore
Organization:
International Society of Explosives Engineers
Pages:
11
File Size:
1044 KB
Publication Date:
Jan 1, 2009

Abstract

A real-time system for prediction of the effect of meteorological conditions on airblast overpressure levels has been established in the Hunter Valley Coalfield in Australia. Real-time meteorological data from continuously operating sounding equipment and a predictive meteorological model is input to an atmospheric refraction model that enables the effect of meteorology on airblast overpressure levels in the area surrounding the blast site to be evaluated. Graphical outputs from the model, which are superimposed over a scaled airphoto of the mine and surrounding area, show the extent that airblast levels will be increased. When combined with inputs that quantify the effect of blasting specifications, the airblast levels that will result in the surrounding area from the combined effect of blasting specifications is determined. The model permits those responsible for blasting to make more accurate decisions on suitable times that blasting may take place to conform with applicable airblast limits.
Citation

APA: Alan Richards Adrian Moore  (2009)  Real-Time Prediction of Meteorological Effects on Airblast Levels

MLA: Alan Richards Adrian Moore Real-Time Prediction of Meteorological Effects on Airblast Levels. International Society of Explosives Engineers, 2009.

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