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Original Articles

The Influence of the Vent Area Location on Hydrogen-Air Mixture Deflagration in Large-Scale Vessel

, , , &
Pages 57-69 | Received 04 Apr 1996, Accepted 02 May 1997, Published online: 09 Jun 2010

References

  • Bakin , V. S. , V'un , A. N. and Kozachenko , L. S. ( 1966 ) The investigation of a pressure influence on a laminar-burning velocity by the method of initial part in the closed vessel. Physics of Combustion and Explosion , 2 ( 2 ), p. 52 – 60 (in Russian).
  • Baratov , A. N. and Rudnev , A. V , ( 1990 ) The combustion intensification of gaseous mixtures with low laminar burning velocities. In: Problems of Fire Safely of Buildings and Structures. Proceedings of the 10-th All Union Scientific Conference. , Moscow , VNIIPO, p. 66 – 67 (in Russian).
  • Bartknecht , W. ( 1974 ) The course of gas and dust explosions and their control. -In: Loss Prevention and Safety Promotion in the Process Industries. , Amsterdam Elsevier, p. 159 – 174
  • Chan , C , Moen , I. O. and Lee , J. H. S. ( 1983 ) Influence of confinement on flame acceleration due to repeated obstacles. Combustion and Flame , 49 ( 1 – 3 ), p. 27 – 39 .
  • Harrison , A. J. and Eyre , J. A. ( 1987 ) The effect of obstacle arrays on the combustion of large premixed gas/air clouds. - Combustion Science and Technology , 52 ( 1 – 3 ), p. 121 – 137 .
  • Korolchenko , A. Ya. , Trunev , A. V. , Shebeko , N. Yu , et al. (1994) The combustion of hydrogen-air mixtures in the large closed vessel with obstacles. Chemistry Industry , 7, p. 472–475 (in Russian).
  • Kumar , R. K. , Tamm , H. and Harrison , W. C. ( 1983 a) Combustion of hydrogen-steam-air mixtures near lower flammability limit. Combustion Science and Technology , 33 ( 1 – 3 ), p. 167 – 178 .
  • Kumar , R. K. , Tamm , H. and Harrison , W. C. ( 1983 b) Combustion of hydrogen at high concentrations including the effect of obstacles. , - Combustion Science and Technology , 35 ( 1 – 4 ), p. 175 – 186 .
  • Maisey , H. R. ( 1965 ) Gaseous and Dust Explosion Venting. - Chemical and Process Engineering , 10 , p. 527 – 563 .
  • Moen , I. O , Donato , M. , Knystautas , R. and Lee , J. H. S. ( 1980 ) Flame acceleration due to turbulence produced by obstacles. - Combustion and Flame , 39 ( 1 ), p. 21 – 32 .
  • Moen , I. O , Lee , J. H. S. , Hjertager , B. H. , Fuhre , K. and Eckhoff , R. K. ( 1982 ) Pressure development due to turbulent flame propagation in large-scale methane-air explosion. - Combustion and Flame , 47 ( 1 ), p. 31 – 52 .
  • Taylor , P. H. ( 1985 ) On the role of partial confinement in the generation of fast flames. - Combustion Science and Technology , 44 (3/4), p. 161 – 178 .
  • Tsarischenko , S. G. , Shebeko , N. Yu. , Korolchenko , A. Ya. et al. ( 1990 ) The influence of obstacles on the combustion of lean hydrogen-air mixtures in the large volume closed vessel. - Physics of Combustion and Explosion, 26 ( 5 ), p. 76 – 79 (n Russian).
  • Zabetakis , M. G. ( 1965 ) Flammability Characteristics of Combustible Gases and Vapours. - Bureau of Mines Bull , 627 , pp. 121.
  • ∗ Corresponding author.

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