real intercooler test on the way
so then what are you basing your arguement off of? your superior intuition???
and yes i know that it's carbonated... guess what the fog is made of ad then explain why the fog (and what's made of) is there and how/why it happens.
then you'll get the idea
and yes i know that it's carbonated... guess what the fog is made of ad then explain why the fog (and what's made of) is there and how/why it happens.
then you'll get the idea
Evolving Member
Joined: Mar 2007
Posts: 272
Likes: 0
From: In front of a Catia screen
superior intuition? no.
superior intellect?? yes!
i am pretty sure i know what i am talking about when it comes to thermodynamics...
nuclear reactor research site i work at in idaho, and the navy thinks i know this stuff pretty well......
what does the release of pressure in your soda pop bottle have to do with intercooler tests?? nothing? and swimming in a pool?? nothing!!!! get back on topic!
superior intuition? no.
superior intellect?? yes!
i am pretty sure i know what i am talking about when it comes to thermodynamics...
nuclear reactor research site i work at in idaho, and the navy thinks i know this stuff pretty well......
what does the release of pressure in your soda pop bottle have to do with intercooler tests?? nothing? and swimming in a pool?? nothing!!!! get back on topic!
superior intellect?? yes!
i am pretty sure i know what i am talking about when it comes to thermodynamics...
nuclear reactor research site i work at in idaho, and the navy thinks i know this stuff pretty well......
what does the release of pressure in your soda pop bottle have to do with intercooler tests?? nothing? and swimming in a pool?? nothing!!!! get back on topic!
The latent heat of evaporation we are discussing about applies to the outside of intercooler, not the inside. Yes there is a huge amount of flow of hot air through the inside This will always heat the core plain and simple. The point I was trying to make was the starting temerature of the core could be lower than ambient if moisture condensed on the exterior surface of the core. And then evaporated off the core to bring the core temp well below ambient. Then you only have to realize the amount of heat that goes through the core in first and second gear is not enough heat to bring core back to ambient. So the outlet temp at that point could be lower than ambient.
It would be dumb to argue moisture doesn't collect on an intercooler or that the temp of the aluminum doesnt absorb heat energy in the avaporation process. Why did mistubishi install water spray for the intercooler? Because they are stupid and dont understand thermodynamics?
So far your arguements contain no technical facts or knowledge that apply here. Stop giving us your resume and start giving some real science.
oh man, that pretty much sums it up for me.
Newbie
Joined: Apr 2007
Posts: 52
Likes: 0
From: Lincolnwood
Amazing that you are in the thermodynamics field. Your ignorance on the subject is not worth arguing with. This is my last attempt to explain it to you. If you dont get it this time you need to get it elsewhere.
The latent heat of evaporation we are discussing about applies to the outside of intercooler, not the inside. Yes there is a huge amount of flow of hot air through the inside This will always heat the core plain and simple. The point I was trying to make was the starting temerature of the core could be lower than ambient if moisture condensed on the exterior surface of the core. And then evaporated off the core to bring the core temp well below ambient. Then you only have to realize the amount of heat that goes through the core in first and second gear is not enough heat to bring core back to ambient. So the outlet temp at that point could be lower than ambient.
It would be dumb to argue moisture doesn't collect on an intercooler or that the temp of the aluminum doesnt absorb heat energy in the avaporation process. Why did mistubishi install water spray for the intercooler? Because they are stupid and dont understand thermodynamics?
So far your arguements contain no technical facts or knowledge that apply here. Stop giving us your resume and start giving some real science.
The latent heat of evaporation we are discussing about applies to the outside of intercooler, not the inside. Yes there is a huge amount of flow of hot air through the inside This will always heat the core plain and simple. The point I was trying to make was the starting temerature of the core could be lower than ambient if moisture condensed on the exterior surface of the core. And then evaporated off the core to bring the core temp well below ambient. Then you only have to realize the amount of heat that goes through the core in first and second gear is not enough heat to bring core back to ambient. So the outlet temp at that point could be lower than ambient.
It would be dumb to argue moisture doesn't collect on an intercooler or that the temp of the aluminum doesnt absorb heat energy in the avaporation process. Why did mistubishi install water spray for the intercooler? Because they are stupid and dont understand thermodynamics?
So far your arguements contain no technical facts or knowledge that apply here. Stop giving us your resume and start giving some real science.
