Isobaric Versus Isovolumetric-Combustion?
I need the following information to help optimize the heat exchanger parameters for a heater.
If a gram of kerosene is completely-combusted isovolumetrically, (we will specify that the air is not compressed prior to the combustion) what is the temperature of the the combustion products in the instant just before they start transferring their heat to the chamber walls?
If we completely combust a gram of gasoline so that it is allowed to expand against the atmospheric pressure, what is its temperature at its maximum expansion point, (just before it starts contracting due to cooling.)
Please reply to scott712@hotmail.com as I am having difficulty getting my account set up at CR 4.
Than you for your time!
Scott
Isobaric Versus Isovolumetric-Combustion?
