Page 504 - Dust Explosions in the Process Industries

Sizing of Dust Explosion Vents 47 I

Lunn, 6.A., D. E. 13rookes, and A. Nicol. (1988) “Using the K,, Nomographs to Estimate the Venting
Requirements in Weak Dust-Handling Equipment.” Journal of Loss Prevention in the Process
Industv 1, pp. 123-133.
Lunn, 6.A., and F. Cairns (1985) “The Venting of Dust Explosions in a Dust Collector.” Journal of
Hazardous Materials 12, pp. 87-107.
Maisey, H. R. (1965a. October) “Gaseous and Dust Explosion Venting. Part 1.”Chemical and Process
Engineering, pp. 527-535 and 563.
Maisey, HI. R. (1965b, December) “Gaseous and Dust Explosion Venting. Part 2.” Chemical and
Process Engineering, pp. 662-672.
Matusek, Z.. and V. Stroch. (1980) “Problematik der Staubexplosionen und Massnahmen gegen
Explosionsgefdxen in Grossraumbunker fur Schuttgut.” Staub-Reinhalt. Luft 40, pp. 503-5 10.
McCann, D. P. J.. C. 0.Thomas, and D. H. Edwards. (1985) “Gasdynamics of Vented Explosions. Part
11: One-Dimensional Wave Interaction Model.” Combustion and Flame 60, pp. 62-70.
Nagy, J., and H. C. Verakis. (1983) Development and Control of Dust Explosions. New York: Marcel
Dekker, Inc.
National Fire Protection Association. (1988) “Venting of Deflagrations.” NFPA 68. Quincy, MA:
National Fire Protection Association.
Nomura, S.-I., and T. Tanaka. (1980) “Theoretical Study of Relief Venting of Dust Explosions.”
Journal of Chemical Engineering of Japan 13, pp. 309-313.
Palmer, K. N. (1973) Dust Explosions and Fires. London: Chapman and Hall.
Pineau, J., M. Giltaire. and J. Dangreaux. (1974) “EfficacitCdes Cvents d’explosion.Etude d’explosions de
poussi&resen rkcipients de 1,10et 100m3.”Note No. 881-74-74. Paris: Cahiers de Notes Documentaires.
Pineau, J., M. Giltaire, and J. Dangreaux. (1976) “EfficacitC des Cvents. Etude d’explosions de pous-
sikres en ricipients de 1, 10 et 100m3:Influence de la nature de la poussii.re et de la prCsence d’une
canalisation prolongeant l’event.” Note No. 1005-83-76. Paris: Cahiers de Notes Documentaires.
Pineau, J., M. Giltaire, and J. Dangreaux. (1978) “EfficacitC des Cvents dans le cas d’explosions de
poussi&resChoix des surfaces d’event et de leurs dispositifs d’obturation.” Mote No. 1095-90-78.
Paris: Cahiers de Notes Documentaires.
Radandt, S. (1983, November) Staubexplosionen in Silos. “Untersuchungsergebnisse. Teil 2.”
Symposium No. 12, Berufsgenossenschaft Nahrungsmittel und Gaststatten, Mannheim, Federal
Republic of Germany.
Radandt. S. (1985, September) “Staubexplosionen in Silos. Untersuchungsergebnisse. Teil 3.”
Symposium No. 14, Berufsgenossenschaft Nahmngsmittel und Gaststatten, Mannheim, Federal
Republic of Germany.
Radandt, S. (1989a) “Einfluss von Betriebsparametern auf Explosionsablaufe in Silozellen.” VDI-
Berichte [VDI-VerlagGmbH, Dusseldorfl 701, pp. 755-774.
Radandt, S. (1989b) “Explosionsablaufe in Rohrleitungen in Abhkgigkeit von Betriebsparametern.”
VDI-Bericlzte [VDI-Verlag GmbH, Dusseldorfl 70 1, pp. 801-8 18.
Rust, E. A. (1979, November) “Explosion Venting for Low-Pressure Equipment.” Chemical
Engineering, pp. 102-110.
Schofield, C. (1984) “Guide to Dust Explosion Prevention and Protection-Part 1:Venting.” Rugby.
UK: Institution of Chemical Engineers.
Siwek, R. (1989a) “Druckentlastung von Staubexplosionen beim pneumatischen Befiillen von
Behakern.” VDI-Berichte [VDI-Verlag GmbH, Dusseldorfl 701, pp. 529-567.
Siwek, R. (1989b) “Dust Explosion Venting for Dusts Pneumatically Conveyed into Vessels.”
Plaidoperations Progress 8, pp. 129-140.
Swift, I. (1988, Apri~l)“Designing Explosion Vents Easily and Accurately.” Chemical Engineering.
pp. 65-48.
Swift, I., and Epstein, M. (1987) “Performance of Low-Pressure Explosion Vents.” PZant/Operations
Pyogress 6, pp. 98-105.