RESULTS OF HYDRODYNAMIC PICTURE MATHEMATICAL SIMULATION IN THE EJECTION APPARATUS
DOI:
https://doi.org/10.15673/0453-8307.6/2013.32770Keywords:
Direct contact heat exchanger Hydrodynamics of gas-liquid flambeau Mathematical simulationAbstract
The paper presents the design of gas-liquid flow characteristics of the flambeau which is formed in a parallel-flow direct contact heat exchanger at horizontal liquid atomizing. All known earlier computational models were developed for vertical ejection apparatus [5]. Presented model of the flambeau hydrodynamics can be used in the heat and mass transfer processes during condensation of oil products vapor from the vapor-gas mixtures on the drops of atomized liquid simulation. An algorithm for numerical solution of differential equations systems that constitute the model is proposed.
References
Barilovich V.A. Osnovy termogazodinamiki dvukhfaznykh potokov i ikh chislennoye resheniye: Uchebnoye posobiye. – SPb.: Izd. Politekhnicheskogo universiteta, 2009. – 425 s.
Patent 15134 A Ukraina, MKI F 28 S 1/00. Yezhektsíyna gradirnya ta sposob íí̈ roboti / Kologri-vov M.M., Grandov A.A., Ugol'nikova N.P., Nyan-kina Ye.Ye., Serebryanskiy P.V. Odes'ka derzh. akad. kholodu – Zayavl. 26.10.93, Opubl. 30.06.97, Byul. № 3, vidan 04.12. 96 .na 3str.
Svidetel'stvo 0555542 Assotsiatsionnogo ko-miteta izobreteniy “Privilegiya”. Absorbtsionno-kondensatsionnyy metod i ustroystvo dlya ochistki potoka i vydeleniya iz nego komponentov / Kolo-grivov M.M., Kotenko S.V. - Prioritet 19.02.1993, Byul. № 2, Moskva, 1993.
Galustov V.S. Pryamotochnyye raspylitel'nyye apparaty v teploenergetike. – M.: Energoatomizdat, 1989. – 240 s.
Pazhi D. G., Galustov V. S. Osnovy tekhniki raspylivaniya zhidkosti. – M.: Khimiya, 1984. – 253 s.
