Thermoelastic damping (TED) is one of the main energy dissipation sources of high
performance resonators at room temperature, however, the classical TED model fails at the …

A review of the recent studies on the generalized thermoelasticity theories and their
associated modified models is presented. The aim is to outline an overview of the utilization …

Forced and free vibrational analyses of viscoelastic nanotubes containing fluid under a
moving load in complex environments incorporating surface effects are conducted based on …

This paper aims to present an explicit relation for thermoelastic damping in nanobeams
capturing the small-scale effects on both the continuum mechanics and heat conduction …

An effective method is proposed for the dynamic modelling and thermoelastic damping
(TED) evaluation of the cylindrical shells with arbitrary boundaries. The arbitrary boundary …

Thermoelastic damping (TED), as a main source of intrinsic energy dissipation, is crucial to
the design of the micro/nano-devices and-systems with higher quality factor (Q-factor) …

Since thermoelastic damping (TED) plays a decisive role in the functioning of
micro/nanoresonators, accurate assessment of its magnitude in these tiny systems is …

In this paper, thermoelastic dissipation or thermoelastic damping (TED) in micro/nanorings
with rectangular cross-section is examined by accounting for small-scale effect on both …

In the present work, thermoelastic damping in a micro-resonator operating in vacuum as a
vibrating size-dependent circular thin plate is studied. To better describe the heat conduction …

The aim of this study is to establish a thorough model for appraisal of size-dependent
thermoelastic vibrations of Timoshenko nanobeams by capturing small-scale effect on both …