In this paper, the effect of material-temperature dependent on the wave propagation of a
cantilever beam composed of functionally graded material (FGM) under the effect of an …

Often structures comprise waveguides connected by joints. The knowledge of the reflection
and transmission properties of these joints is important for many applications. This paper …

The microelectromechanical system (MEMS) vibrating ring gyroscope (VRG) holds
significant promise for angle sensing applications, with its performance highly reliant on the …

Slender beams present interesting dynamic characteristics when they are curved according
to a given shape. When the beam is curved according to one of its mode shapes, the natural …

In this paper, we propose a new model to approximate the wave response of waveguides
containing an arbitrary number of small inclusions. The theory is developed for general one …

Wave propagation in an edge cracked cantilever beam composed of functionally graded
material (FGM) under the effect of an impact force is studied in this paper. The beam is …

The vibration modelling of waveguide structures is considered. These structures comprise
waveguides connected via joints. Traditionally, analytical models of the wave behaviour of …

Multi-coupled beam structures can be encountered in a wide range of engineering
disciplines. Due to the possible periodicity of structures, it is important to investigate their …

The vibration response of a capacitive ring-based Coriolis Vibrating Gyroscope (CVG)
subjected to in-plane shock is modelled and analysed to quantify the effect of shock on …

This paper presents a general wave propagation approach for the vibration analysis of
structures consisting of beam elements with localized nonlinearities. The scattering of a …