On phase equilibrium of an elastic liquid shell with wedge disclination
Based on the six-parameter shell theory we consider the phase equilibrium of a two-phase liquid membrane containing a wedge disclination. The considered problems are related to modelling of phase transitions in biological or lipid membranes. In order to capture the membrane behaviour we consider a special case of elastic shells which energy is invariant under major transformations of a reference configuration and can be treated as an two-dimensional elastic micropolar fluid which can resist bending deformations. Based on variational approach we formulate the equilibrium conditions at a phase interface. As an example, a two-phase state is analysed in the vicinity of a wedge disclination.
Victor Eremeev, Violetta Konopińska-Zmysłowska. (2018). On phase equilibrium of an elastic liquid shell with wedge disclination, 89-92.
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