Originally Posted by Shannow
Sorry, I'm late for this hijacking, and send my sincerest apologies for not being earlier in the fray.
Transformer experience is that humidity in either a forced or natural convection radiator reduces effectiveness
http://www.cired.net/publications/cired2011/part1/papers/CIRED2011_0666_final.pdf
But the differences in an IC engine ???
Peak combustion temperatures are down, as is WOT power output...so I'd call it a wash.
We were focused on the cooling effectiveness of the coolant radiator as a function of air properties. And yes, air humidity does effect combustion too, as it displaces oxygen in the air charge.
Sorry, I'm late for this hijacking, and send my sincerest apologies for not being earlier in the fray.
Transformer experience is that humidity in either a forced or natural convection radiator reduces effectiveness
http://www.cired.net/publications/cired2011/part1/papers/CIRED2011_0666_final.pdf
But the differences in an IC engine ???
Peak combustion temperatures are down, as is WOT power output...so I'd call it a wash.
We were focused on the cooling effectiveness of the coolant radiator as a function of air properties. And yes, air humidity does effect combustion too, as it displaces oxygen in the air charge.