Speth, R.L., Hong, S., Shanbhogue, S.J. and Ghoniem A.F., "Mode Selection in Flame-Vortex Driven Combustion Instabilities", 49th AIAA Aerospace Sciences Meeting, 4-7 January 2011, Orlando, Florida, Paper # AIAA2011-236.
Speth, R.L., Altay, H.M., Hudgins, D.E., Annaswamy, A. and Ghoniem, A.F., Vortex-driven combustion instabilities in step and swirl stabilized combustors, to be presented at the 46th AIAA Aerospace Sciences Meeting, Reno, NV, January 2008.
The results show that in gas combustion, the pressure, heat release rate and streamwise velocity oscillate with the same frequency but different phases, and that the inlet velocity oscillation periodically generates a large vortex near the dump plane that drives combustion instability.
In his application Selden described a machine with a gasoline-driven, combustion-type engine that sat in front of the driver; a clutch; a foot brake; a drive shaft; and front-wheel drive.
It could cause combustion.
Furthermore, with high-speed imaging, an intuitionistic ignition process and several consecutive steady-state images reveal that lean conditions make it easy to drive the combustion instabilities and that the center swirl intensity has a moderate influence on the flame oscillation strength.
He is investigating the precise details of what happens when fuel injection systems squirt petrol or diesel into the cylinders which house the pistons that drive internal combustion engines.
Bike punks don't drive internal combustion engines without extreme guilt and malice.
The pile of fuel is permeable, air invades it by natural convection and drives the combustion.
There are no particular groups of consumers preferring electric drives over combustion engines.
