Well-posed two-phase nonlocal integral models for free vibration of nanobeams in context with higher-order refined shear deformation theory

Volume: 28, Issue: 23-24, Pages: 3808 - 3822
Published: Aug 18, 2021
Abstract
In this article, the well-posedness of several common nonlocal models for higher-order refined shear deformation beams is studied. Unlike the case of classic beams models, both strain-driven and stress-driven purely nonlocal theories lead to an ill-posed issue (i.e., there are excessive mandatory boundary conditions) when considering higher-order shear deformation assumption. As an effective remedy, the well-posedness of strain-driven and...
Paper Details
Title
Well-posed two-phase nonlocal integral models for free vibration of nanobeams in context with higher-order refined shear deformation theory
Published Date
Aug 18, 2021
Volume
28
Issue
23-24
Pages
3808 - 3822
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