January 1, 2025Известия Российской академии наук Механика жидкости и газа / Fluid Dynamics

Instability of the Flow in a Plane Channel With Compliant Walls of Finite Thickness

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Analysis shows stability of viscous flow is affected by wall thickness in channels, indicating viscoelastic properties play a crucial role.

Stability of viscous flow is influenced by wall properties, especially under finite thickness conditions.
Numerical analysis applied to eigenvalue problem reveals critical insights on flow dynamics.
Examination of viscoelastic materials highlights different stabilizing effects on the flow mechanics.
Findings suggest implications for engineering designs using compliant wall structures in fluid systems.

A. V. Boiko (2025) studied this question.

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Analysis shows stability of viscous flow is affected by wall thickness in channels, indicating viscoelastic properties play a crucial role.