Abstract
The study of foams, both liquid and solid, has led to a deeper understanding of many of the aspects associated with cellular systems in general. The 2-dimensional liquid foam is fully examined and a computational model for this system, which has been tested extensively, is outlined. Recent observations of 3-dimensional liquid foams are presented, these suggesting a revision of the prevailing view that monodisperse foams are generally disordered. Suggestions for further work, computational and experimental, are given. A newly developed model for 2-dimensional solid foams is outlined, including the relationships that are necessary when discretizing the energy equations associated with a continuous system.
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