1 / 23

Analysis of Turbulent Fluctuations in Intake Process at Various Conditions

This study investigates the turbulent fluctuations in the intake process at varying conditions, specifically at different crank angles (CA) ranging from 292 to 314 degrees. We analyze static pressure, Mach number, temperature, and kinetic energy across multiple hydraulic values (hv) ranging from 0 to 4 mm. The data sets provide insight into the aerodynamic performance and flow characteristics, essential for optimizing intake systems in engineering applications, particularly in combustion and jet propulsion.

benny
Télécharger la présentation

Analysis of Turbulent Fluctuations in Intake Process at Various Conditions

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. hv = 0 mm Process of intake CA=292 deg Static Pressure Mach Number Temperature Kinetic Energy of Turbulent Fluctuations

  2. hv = 0.14 mm Process of intake CA=293 deg Static Pressure Mach Number Temperature Kinetic Energy of Turbulent Fluctuations

  3. hv = 0.78 mm Process of intake CA=294 deg Static Pressure Mach Number Temperature Kinetic Energy of Turbulent Fluctuations

  4. hv = 1.7 mm Process of intake CA=295 deg Static Pressure Mach Number Temperature Kinetic Energy of Turbulent Fluctuations

  5. hv = 2.66 mm Process of intake CA=296 deg Static Pressure Mach Number Temperature Kinetic Energy of Turbulent Fluctuations

  6. hv = 3.47 mm Process of intake CA=297 deg Static Pressure Mach Number Temperature Kinetic Energy of Turbulent Fluctuations

  7. hv = 3.9 mm Process of intake CA=298 deg Static Pressure Mach Number Temperature Kinetic Energy of Turbulent Fluctuations

  8. hv = 4 mm Process of intake CA=299 deg Static Pressure Mach Number Temperature Kinetic Energy of Turbulent Fluctuations

  9. hv = 4 mm Process of intake CA=300 deg Static Pressure Mach Number Temperature Kinetic Energy of Turbulent Fluctuations

  10. hv = 4 mm Process of intake CA=301 deg Static Pressure Mach Number Temperature Kinetic Energy of Turbulent Fluctuations

  11. hv = 4 mm Process of intake CA=302 deg Static Pressure Mach Number Temperature Kinetic Energy of Turbulent Fluctuations

  12. hv = 4 mm Process of intake CA=303 deg Static Pressure Mach Number Temperature Kinetic Energy of Turbulent Fluctuations

  13. hv = 4 mm Process of intake CA=304 deg Static Pressure Mach Number Temperature Kinetic Energy of Turbulent Fluctuations

  14. hv = 4 mm Process of intake CA=305 deg Static Pressure Mach Number Temperature Kinetic Energy of Turbulent Fluctuations

  15. hv = 4 mm Process of intake CA=306 deg Static Pressure Mach Number Temperature Kinetic Energy of Turbulent Fluctuations

  16. hv = 3.9 mm Process of intake CA=307 deg Static Pressure Mach Number Temperature Kinetic Energy of Turbulent Fluctuations

  17. hv = 3.47 mm Process of intake CA=308 deg Static Pressure Mach Number Temperature Kinetic Energy of Turbulent Fluctuations

  18. hv = 2.66 mm Process of intake CA=309 deg Static Pressure Mach Number Temperature Kinetic Energy of Turbulent Fluctuations

  19. hv = 1.7 mm Process of intake CA=310 deg Static Pressure Mach Number Temperature Kinetic Energy of Turbulent Fluctuations

  20. hv = 0.78 mm Process of intake CA=311 deg Static Pressure Mach Number Temperature Kinetic Energy of Turbulent Fluctuations

  21. hv = 0.14 mm Process of intake CA=312 deg Static Pressure Mach Number Temperature Kinetic Energy of Turbulent Fluctuations

  22. hv = 0 mm Process of intake CA=313 deg Static Pressure Mach Number Temperature Kinetic Energy of Turbulent Fluctuations

  23. hv = 0 mm Process of intake CA=314 deg Static Pressure Mach Number Temperature Kinetic Energy of Turbulent Fluctuations

More Related