A composite material with inextensible-membrane-type interface. (English) Zbl 1447.74013

Castro, L. P.; Pesetskaya, E.

Math. Mech. Solids 24, No. 2, 499-510 (2019).

Summary: We consider a model of a composite material with “inextensible-membrane-type” interface conditions. An analytic solution of a stationary heat conduction problem in an unbounded doubly periodic two-dimensional composite whose matrix and inclusions consist of isotropic temperature-dependent materials is given. In the case where the conductive properties of the inclusions are proportional to those of the matrix, the problem is transformed into a fully linear boundary value problem for doubly periodic analytic functions. The solution makes it possible to calculate the average properties over the unit cell and discuss the effective conductivity of the composite. We present numerical examples to indicate some peculiarities of the solution.

MSC:

74E30	Composite and mixture properties
74F05	Thermal effects in solid mechanics
74Q15	Effective constitutive equations in solid mechanics
80A19	Diffusive and convective heat and mass transfer, heat flow

Keywords:

two-dimensional doubly periodic material; effective heat conductivity; non-ideal contact condition; analytical solution

References:

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