W. T. Lee and M. G. Devereux (2011). Foaming in stout beers.
American Journal of Physics79:991-8. Abstractpdf.
(arXiv:1103.2263).
These papers adapt an existing model of bubbling in champagne and
other carbonated drinks to stout beers which contain nitrogen and
carbon dioxide and thus require widgets. We show the same bubbling
mechanism is active and could be a potential widget replacement.
Scott McKechnie has a degree
in Physics and Computer Simulation from Trinity College Dublin and was
a summer intern
with the MACSI research group.
Michael
Devereux is a final year PhD student in applied mathematics.
Other papers on Stout Beers from the MACSI group
Modelling the initiation of stout beers was a problem submitted to
the 70th European Study Group with Industry
ESGI70.
The study group was hosted by
the MACSI group at the University
of Limerick. This year we
hosted ESGI82.
MACSI and University of Edinburgh Researchers investigated waves
in the sinking bubbles of stout
beers. M. Robinson,
A. C. Fowler,
A. J. Alexander, and
S. B. G. O'Brien.
Phys. Fluids, 20:067101, 2008
(pdf 0.5MB).
Acknowledgements
We would like to thank Science Foundation
Ireland, SFI for making this research
possible by supporting the MACSI research group through Mathematics
Initiative Grant 06/MI/005.
Michael Devereux's postgraduate fellowship is funded by the Irish
Research Council for Science, Engineering and
Technology, IRCSET.