Abstract
Internal blast is the concussion effect of pressure rise caused by rapid combustion of fuel dispersed within a confined volume of air. Internal blast can be quite damaging, or even disastrous. Examples include destruction of grain elevators by grain dust explosions, loss of life in coal mine explosions, destruction of buildings as a result of natural gas leakage, and perhaps some of the unexplained losses of “empty” petroleum tankships at sea.
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References
Kinney, G. F., Sewell, R. G. S., and Graham, K. J., Peak Overpressures for Internal Blast, Naval Weapons Center Technical Report TP 6089, China Lake, California (1979).
Stromsoe, E., Calculation of Pressure and Temperature from Explosions in Confined Spaces, Forsuerets Forskningsintutott, Technisk Natat VM-318, Kjeller, Norway (1978).
Reinhardt, R. A., Adiabatic Computations of Internal Blast from Magnesium-Cased Charges in Air, Naval Weapons Center Technical Memorandum TM 3820, China Lake, California (1979).
Lewis, B., and von Elbe, G., Combustion, Flames, and Gases, Academic Press, New York (1951).
Bartknecht, W., Explosions; Cause, Prevention, and Protection, Springer-Verlag, Berlin and New York (1981).
Nagy, J., Seiler, E. C., Conn, J. W., and Verakis, H. C., Explosion Development in Closed Vessels, Bureau of Mines Report of Investigation 7507, Washington, D.C. (1971).
Explosion Venting, NFPA Guide No. 68National Fire Protection Association, Boston (1974).
Kiefer, P. J., Kinney, G. F., and Stuart, M. C., Principles of Engineering Thermodynamics, Wiley, New York (1958).
Kinney, G. F., and Sewell, R. G. S., Venting of Explosions, Naval Weapons Center Technical Memorandum 2448, China Lake, California (1974).
Sewell, R. G. S., and Kinney, G. F., Pressure Relief and Decay in Internal Explosions, Minutes of the Sixteenth Explosive Safety Seminar of the Explosives Safety Board, Washington, D.C., p. 1517 (1974).
Runes, E., “Explosion Venting,” in Loss Prevention, 6, 63 (1972).
Recent Studies on the Explosibility of Cornstarch, U.S. Bureau of Mines Report RI 4725 (1950).
Rasbash, D. J., The Relief of Gas and Vapour Explosions in Domestic Structures, Part I, The Structural Engineer 47 (10), 404 (1969).
Singh, J., Sizing Vents for Gas Explosions, Chemical Engineering, September 24, p. 103, 1970.
Smith, L. H., and Kinney, G. F., Blast from Detonation of Fuel-in-Air Dispersions, Minutes of Fifteenth Department of Defense Explosives Safety Board Seminar at San Francisco, CA (1973), page 1280. Quoted in International Defense Review 9, (6), 992 (1976).
Marshall, V. C., Unconfined-Vapor-Cloud Explosions, Chemical Engineering, June 14, p. 149, 1982.
Lee, J. H. S., Quivao, C. M., and Grierson, D. E., (eds), Fuel-Air Explosions, Proceeding of the International Conference on Fuel-Air Explosions held at McGill University, Montreal, Canada. University of Waterloo Press, Waterloo, Ontario, Canada (1982).
Cross, J., and Farrer, D., Dust Eplosions, Plenum Press, New York and London (1982).
Reinhardt R. A., and Mac Donald, A. K., Adiabatic Computation of Internal Blast from Aluminum-Cased Charges in Air, Naval Weapons Center Technical Report TP 6287, China Lake, CA (1982).
Reinhardt, R. A., Computations in Internal Blast from Titanium-Cased Charges in Air, Naval Weapons Center Technical Report TP 6544, China Lake, CA (1984).
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Kinney, G.F., Graham, K.J. (1985). Internal Blast. In: Explosive Shocks in Air. Springer, Berlin, Heidelberg. https://doi.org/10.1007/978-3-642-86682-1_9
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DOI: https://doi.org/10.1007/978-3-642-86682-1_9
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