In the field of structural dynamics, reliable finite element (FE) response predictions are
becoming increasingly important to industry and there is a genuine interest to improve these …

Structural nonlinearity is a common phenomenon encountered in engineering structures
under dynamic loading. In several cases, linear theory can suffice to analyze nonlinear …

A strongly nonlinear system often has multiple solutions under harmonic excitation.
However, measuring all of these multiple responses in structural dynamics is challenging …

A cylindrical capacitive displacement sensor (CCDS) was developed and applied for
monitoring end milling processes. Dynamic characteristics of a spindle-assembly were …

Structural modification methods were proved to be very useful for large structures, especially
when modification is local. Although there may be inherent nonlinearities in a structural …

The inverse sub-structuring method has been proposed and further developed for multi-
component systems to predict the component-level frequency response functions (FRFs) …

The paper is focused on the nonlinear damping capacity of built-up structures owing to
presence of frictional joints. To quantify and characterise the nonlinear dynamic behaviour of …

This paper presents a general methodology for the coupling analysis of systems with
relatively weak non-linearities by assuming that the response remains harmonic under …

This book is dedicated to the general study of fluid structure interaction with consideration of
uncertainties. The fluid-structure interaction is the study of the behavior of a solid in contact …

In this study, a new approach is proposed for identification of structural nonlinearities by
employing cascaded optimization and neural networks. Linear finite element model of the …