What Is the Density of Exhaust Gases from a Honda CBR 600RR?

  • Thread starter Thread starter bill nye scienceguy!
  • Start date Start date
  • Tags Tags
    Exhaust Gases
AI Thread Summary
The discussion centers on finding the density of exhaust gases from a Honda CBR600RR motorcycle engine for a design project related to an aftermarket exhaust. Participants suggest approximating the density by treating the exhaust as air at the exhaust temperature. The presence of lambda sensors in superbike engines is noted as potentially useful for understanding the fuel/air ratio and its impact on exhaust density. The original poster is conducting basic fluid mechanics analysis for a Formula Student car project. Overall, the conversation emphasizes the importance of using available engine data to estimate exhaust gas properties.
bill nye scienceguy!
Messages
121
Reaction score
0
Hi

I'm trying to find a value for the density of the exhaust gases emitted from a Honda CBR600 motorcycle engine with not much luck. I only need an approximate value so the density from a similar engine would suffice...

Can anyone help?
 
Engineering news on Phys.org
Is your engine carburated or have fuel injection? Does it have O2 sensors on the exhaust and a temp sensor on the intake?
 
Treating the fluid as air at the exhaust temperature will give you a good approximation.
 
Topher925 said:
Is your engine carburated or have fuel injection? Does it have O2 sensors on the exhaust and a temp sensor on the intake?

I don't actually have the engine, I'm doing a design project on an after-market exhaust for my Uni's Formula Student car which uses that engine and wanted to do some pretty basic fluid mechanics on the outlet.

Re: Honda CBR 600RR exhaust gases
Treating the fluid as air at the exhaust temperature will give you a good approximation.

thanks, I'll try that.
 
Most of the superbike engines have lambda sensors to detect the fuel/air ratio. It should shed some light on the density of the exhaust gases too.
 
What are you wanting to achieve with your design project?
 
Back
Top