
В работе рассматривается решение задачи о распространении плоской термоупругой гармонической волны в гемитропной микрополярной среде. Приводятся два варианта динамических уравнений гемитропного микрополярного континуума. Определены пространственные поляризации волн перемещений и микровращений относительно волнового вектора плоской волны. Обсуждается качественный характер возможных волновых решений уравнений связанной термоупругости. Отдельно рассматривается случай атермической волны. Вычисление волновых чисел приводится к исследованию одного кубического уравнения с вещественными коэффициентами. The paper is devoted to the problem of a plane thermoelastic harmonic wave propagation in hemitropic micropolar media. Two versions of the dynamic equations of the hemitropic micropolar continuum are presented. The spatial polarizations of the displacements and microrotations waves relative to the wave vector of a plane wave are determined. The characterictic features of possible wave solutions of the coupled thermoelasticity problems are discussed. The case of athermal waves is separately considered. Computation of wave numbers is reduced to the analysis of a cubic equation with real coefficients.
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