1:48 am - Friday March 29, 2024

Science behind bottled beer bubbling over when tapped revealed

400 Viewed News Editor Comments Off on Science behind bottled beer bubbling over when tapped revealed
Science behind bottled beer bubbling over when tapped revealed
Science behind bottled beer bubbling over when tapped revealed

Washington – Researchers have claimed to have understood the reason as to why bottled beer bubbles over when it’s tapped.

Now researchers from Carlos III University in Madrid, Spain and Universite Pierre et Marie Curie, Institut Jean le Rond d’Alembert, France, have produced new insight into the science behind foaming beer bottles by exploring the phenomenon of cavitation.

Javier Rodriguez-Rodriguez, the lead researcher from Carlos III University Cavitation, said that a phenomenon relevant to such common engineering concerns as erosion of ship propellers, is the mechanism by which bubbles appear in a liquid such as beer after an impact.

After a sudden impact against a bottle’s mouth, back and forth movement of compression and expansion waves will cause bubbles to appear and quickly collapse.

The team’s investigation of beer bottle-fluid interactions demonstrated that the cavitation-induced break-up of larger “mother” bubbles creates clouds of very small carbonic gas “daughter bubbles,” which grow and expand much faster than the larger mother-bubbles from which they split.

The rapid expansion of these daughter bubbles gives the foam buoyancy.

Rodriguez-Rodriguez said that buoyancy leads to the formation of plumes full of bubbles, whose shape resembles very much the mushrooms seen after powerful explosions.

He added that this happens because fast-moving bubbles entrain more carbonic gas.

Don't miss the stories followIndiaVision India News & Information and let's be smart!
Loading...
0/5 - 0
You need login to vote.
Filed in
How your brain helps you make up your mind

How your brain helps you make up your mind

How Mars could have been warm and wet enough to form ancient valleys

How Mars could have been warm and wet enough to form ancient valleys

Related posts