MS - Optimal sensor placement and model updating applied to the operational modal analysis of a nonuniform wind turbine tower

Abstract. Test planning is a crucial step in the operational modal analysis (OMA) of wind turbines (WT), and it is an essential part of choosing the best positions for installing the sensors of the structures. On the other hand, updating the finite element model (FEM) with the OMA results implies a better prediction of the real structure

Optimal sensor placement for parameter estimation and virtual

Wind Tunnel Testing of Wind Turbines and Farms

A Novel Distributed Fault Detection Approach Based on the Variational Autoencoder Model

MS - Optimal sensor placement and model updating applied to the

Fluid FLOW-3D

Prof Suby Bhattacharya

The terrestrial cryosphere (Part I) - The Global Cryosphere

Wind, Free Full-Text

PDF) Modal parameter identification of a three-storey structure using frequency domain techniques FDD and EFDD and time domain technique SSI: Experimental studies and simulations

Optimal sensor placement for parameter estimation and virtual

State-of-the-art review of micro to small-scale wind energy harvesting technologies for building integration - ScienceDirect

First Results from Operational Modal Analysis of a Floating

Operational Modal Analysis and Finite-Element Model Updating of

PDF) Precision blade deflection measurement system using wireless

Observer Design For LPV Systems With Uncertain Measurements On