mbedle
Well-known member
Maybe we should stop using the words "wind chill" in this case. It would be better to describe this potential issue as "accelerated heat loss due to increased air flow". An yes, that does affect inanimate objects. Hence the reason why a radiator in your car works.
This statement "Wind Chill does not impact inanimate objects like car radiators and exposed water pipes, because these objects cannot cool below the actual air temperature." is correct, in that wind chill doesn't apply to object that can't feel temperature. However, "because these objects cannot cool below the actual air temperature" is off a little. Neither can humans be cooled to a temperature below what the actual air temperature is.
This statement "Wind Chill does not impact inanimate objects like car radiators and exposed water pipes, because these objects cannot cool below the actual air temperature." is correct, in that wind chill doesn't apply to object that can't feel temperature. However, "because these objects cannot cool below the actual air temperature" is off a little. Neither can humans be cooled to a temperature below what the actual air temperature is.