Vapor cloud modeling

R. W. Pmgh, International Conference on Vapor Cloud Modeling (Boston), Nov. 4,1987, p. 712. 

Fauske, H. K. and M. Epstein, 1988, Source Term Considerations in Connection with Chemical Accidents and Vapor Cloud Modeling, Proceedings of the International Conference on Vapor Cloud Modeling, CCSP, 251-273. 

Prugh, R. W. 1987. Evaluation of unconfined vapor cloud explosion hazards. Int. Conf. on Vapor Cloud Modeling. Cambridge, MA. pp. 713-755, AIChE, New York. 

The American Institute of Chemical Engineers and the Center for Chemical Process Safety (CCPS) express their gratitude to all the members of the Vapor Cloud Modeling Subcommittee for their unstinting efforts and technical contributions in the preparation of this Guidelines. The members of this distinguished group are ... 

Blewitt, D. N., J. F. Yohn, eind D. L. Ermak. 1987b. An Evaluation of SLAB and DEGADIS Heavy-Gas Dispersion Models Using the HF SpUl Test Data, in American Institute of Chemical Engineers, Proceedings, International Conference on Vapor Cloud Modeling, Boston, November 2-4, pp. 56-80. 

Prugh, R. W. (1987). Evaluation of Unconfined Vapor Cloud Explosion Hazards. International Conference on Vapor Cloud Models. Nov, Boston. New York American Institute of Chemical Engineers. 

Van den Berg, A. C., C. J. M. van Wingerden, J. P. Zeeuwen, and H. J. Pasman (1987). Current Research atTNO on Vapor Cloud Explosion Modeling. Conference on Vapor Cloud Modeling. Nov. 2-4, Cambridge, MA. New York American Instimte of Chemical Engineers. 

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