Thermodynamics: Combustion with excess air, dew point of combustion products (50 of 51)

0:02:24 - Reminders about stoichiometic combustion
0:05:40 - Example: Stoichiometric combustion of propane
0:10:53 - Combustion with excess air
0:26:54 - Dew point of combustion products
0:33:00 - Example: Combustion of methane with excess air
0:36:28 - Example: Combustion of hexane with excess air
0:47:45 - Example: Combustion of butane with excess air
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This lecture series was recorded live at Cal Poly Pomona during Spring 2018. The textbook is Cengel & Boles, "Thermodynamics: An Engineering Approach (8th edition)."

[@santosh1762]

Very helpful sir
Amazing 😍😍😍

[@CPPMechEngTutorials]

Glad it helped.

[@johnbarneswood]

Great video! Very helpful

[@monadrummond7952]

How about insufficient air? How do we evaluate that?

[@researcher6236]

I am generating soot from combustion of ethylene of certain flow range with air, how do I know about condensation of water vapor take place in the combustion or not? For ex. I got dew point 2 degree for the flow rate of ethylene 0.15 slpm and air 10 slpm. Looking forward to hear you soon..Thank you in advance.

[@marziehardestani4497]

SUPER helpful. may you please advise me where to find the previous session of this class ? Seems he had a prior session about combusion ?

[@antoniosanchezarriola6653]

Great video! So helpful! Thanks!

[@abdelz1617]

Great video, thank you!

[@Rycamcam]

Where does the (4.76) factor in the air-to-fuel ratio come from?

[@nitsridiaries3103]

100÷21
As there is 21% O2 by mass percent in the air.