based on what data ?
experience i guess, not sure. but quite a few have said that.
i pulling it off and putting a bigger rad in it
seems awefully arbitrary.
Specs on rad? How big is the fan?
pulling it off? ron davis says its not big enough for extended street driving.
The stat/restrictor theory is bunk. Sure the water in the radiator has more time to cool but you're forgetting that the water in the engine also has more time to heat. The best cooling you will ever get is going to be from the higher flowrate as its more efficient to have the maximum delta T across the radiator (water temp - air temp). The cooling curve degrades logarithmically so as the delta T reduces, the amount of cooling is degrading more and more.
You will never get less heat transfer with higher flow. Now you can reach a limit to where additional flow does not give you any additional benefit but it will never get worse. Higher flowrates also lead to turbulent flow while lower flowrates can lead to laminar flow and turbulent flow drives better heat exchange. The hand over a flame doesn't apply because you need to take into account that your heat source is always applying a heat load to your working fluid. In the hand example that's just a transient load.isn't there also some benifit from slowing the water in the block for heat transfer. Think of it this way wave your hand across a flame very fast you get no heat transfer...slow it down you get more heat transfer. Isn't there a plane you cross when moving coolant too fast doesn't net you enough transfer? So if it passes through the radiator at too high a rate how is the Delta supposed to be affective?
pulling it off? ron davis says its not big enough for extended street driving.
was out in the fort street parking lot last night for a few hours. lots of sweeeeet saturns and mini vans out