Abstract Model updating using measured system dynamic response has a wide range of
applications in system response evaluation and control, health monitoring, or reliability and …

Bayesian finite element model updating has become an important tool for structural health
monitoring. However, it takes a large amount of computational cost to update the finite …

This study presents a two-stage Bayesian finite element model updating procedure by using
acceleration response measurements obtained from multiple setups. In the presented …

Finite element (FE) model updating using measured dynamic data has gained much
attention in view of its contribution towards important areas like model-correction, structural …

The present work is associated with Bayesian finite element (FE) model updating using
modal measurements based on maximizing the posterior probability instead of any sampling …

An approach for the Bayesian model updating of a linear dynamic system using complex
modal data identified from dynamic test data is proposed in this paper. Very few works have …

This paper introduces a methodology for Bayesian model updating of a linear dynamic
system using the modal data that consists of the posterior statistics of the modal properties …

Vibration-based global damage detection based on updating of finite element (FE) model by
targeting the modal measurements is a significant area of interest in structural health …

The paper presents a Bayesian Finite element (FE) model updating methodology by utilizing
modal data. The dynamic condensation technique is adopted in this work to reduce the full …

This paper presents a novel Gibbs sampling approach for structural health monitoring (SHM)
with detection of structural changes/damages using incomplete complex modal data …