Available online

  • Articles 3759
  • Volumes 11
  • Issues 120

UDK: 004.942.42:66.074.32+66.074.33

2016. - V. 30. - N 4(173). - P. 39-41

Eleonora Moiseevna Koltsova, Ivan Igorevich Mitrichev, Andranik Eduardovich Vardanyan, Andrey Vyacheslavovich Zhensa,

COMPUTER SIMULATION AND OPTIMIZATION OF THE REMOVAL OF NITROGEN OXIDE AND CARBON MONOXIDE ON A HIGHLY POROUS CATALYST

Results of computer simulation of petrol engine exhaust gas treatment are presented in the article. A finite volume method is used to solve the problem with the use of the solution domain equal to the geometrical model of a fragment of a highly porous permeable cellular material (HPPCM). The simulation is done with the different size of HPPCM cell and the different fragment size. The optimal parameters of HPPCM fragment are found which provide a minimal concentration of three pollutants: NO, CO and N

Get PDF

First page of the article:

КОМПЬЮТЕРНОЕ МОДЕЛИРОВАНИЕ И ОПТИМИЗАЦИЯ ПРОЦЕССА УДАЛЕНИЯ ОКСИДА АЗОТА И МОНООКСИДА УГЛЕРОДА НА ВЫСОКОПОРИСТОМ КАТАЛИЗАТОРЕ

References

  1. M
  2. S
  3. V
  4. L

Keywords

computer simulation   exhaust gas   nitrogen oxide   open-cell foam   optimization   pressure drop   высокопористый материал   выхлопные газы   компьютерное моделирование   оксид азота   оптимизация   перепад давления  


Journal indexing

  • Elibrary.ru
  • Винити

Our friends

  • Фонд "Научная перспектива"
  • Минобрнауки
  • РХО им. Д.И. Менделеева