isthatahemi
Well-known member
Yep - it just works.
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One of the reason turbocharged automotive engines, ( gas engines that the manufacturers converted to run as diesel) didn't take off years ago (1970's) was they didn't make the engines strong enough to handle the higher combustion pressures so the engine failures (mostly head gaskets) were much more often.
Combustion pressure is a factor of how much air and fuel you can get into the cylinder.
So why would you knowingly push more air and fuel into a combustion space to get a few more horses. Just buy a bigger engine with more horsepower.
How? An intercooler like that is just an air to air heat exchanger or radiator and most have an efficiency less than 100%.I had read that the original Ecoboost F150's would freeze up the intercooler and that's what was causing the no acceleration / surging issues Ford used to have.
Condensation would form inside the intercooler due to the rapid temp swings and that alone is an issue. In the winter that condensation would turn to ice. I Imagine water might freeze above 32* on the highway due to speed / wind-chill.How? An intercooler like that is just an air to air heat exchanger or radiator and most have an efficiency less than 100%.
There's adiabatic heating of intake air (via turbos) however that would prevent any icing. Any condensation in the IC is not significant to freeze and obstruct airflow. Me thinks any condensation would pool on the bottom of the IC anyway...again...not having any significant effect in blocking any airflow through the IC core. I have been around turbo vehicles a long time and I have never seen such a scenario play out even once!Condensation would form inside the intercooler due to the rapid temp swings and that alone is an issue. In the winter that condensation would turn to ice. I Imagine water might freeze above 32* on the highway due to speed / wind-chill.
I justnwont to open the discussion as there may be consequences to having shutters always open.
I'm not saying it will happen with the 2021+ but that scenario is what was happening to the Ecoboost F150 11 years ago and the shutters were part of the solution.There's adiabatic heating of intake air (via turbos) however that would prevent any icing. Any condensation in the IC is not significant to freeze and obstruct airflow. Me thinks any condensation would pool on the bottom of the IC anyway...again...not having any significant effect in blocking any airflow through the IC core. I have been around turbo vehicles a long time and I have never seen such a scenario play out even once!
@Chili is 100% accurate in his historical reference to the 2011-2012 3.5 Ecoboost F150.There's adiabatic heating of intake air (via turbos) however that would prevent any icing. Any condensation in the IC is not significant to freeze and obstruct airflow. Me thinks any condensation would pool on the bottom of the IC anyway...again...not having any significant effect in blocking any airflow through the IC core. I have been around turbo vehicles a long time and I have never seen such a scenario play out even once!