it actually reaches a point where the laminar boundary layer on the surface of the wng can nol longer stay attached due to an increased angle of attack. The turbulance induced over the surface then causes condensation of the water molicules in the air
As noted, NOT breaking the sound barrier. The change in pressure alters the dew point, causing condensation. Yet another in the long line of Break fails.
Panavia Tornado during a high G manoeuvre causing the formation of condensation over the wings due to areas of extreme low pressure literally squeezing all the moisture out of the air.....break's caption sucks as this has nothing to do with the sound barrier.
Be funny. Don't be mean. We may remove comments that cross the line.
it actually reaches a point where the laminar boundary layer on the surface of the wng can nol longer stay attached due to an increased angle of attack. The turbulance induced over the surface then causes condensation of the water molicules in the air
I seen break a sound breaker but this not even close.
if break sux then y dont u start your own site and see if millions of people check it out daily.. good luck
As noted, NOT breaking the sound barrier. The change in pressure alters the dew point, causing condensation. Yet another in the long line of Break fails.
maybe they were talking about the dew barrier! :)
Yeah jerks I expect sound aeronautical and aerospace facts along with my comedy and interestingly cool pics.
not breaking the sound barrier...
yah, what he said
Panavia Tornado during a high G manoeuvre causing the formation of condensation over the wings due to areas of extreme low pressure literally squeezing all the moisture out of the air.....break's caption sucks as this has nothing to do with the sound barrier.