Modelling and Simulation of Complex Systems for Sustainable Energy Efficiency Contributions to the First International Workshop on Modelling and Simulation of Complex Systems for Sustainable Energy Efficiency, MOSCOSSEE’2021, February 25-26, 2021

Numerical assessment of the structural performance of a segmented wind turbine blade.- Implications of identifiability for rotating machine fault diagnosis and prognosis methods.- Comparative study between experimental and theoretical frictional power losses of a geared system.- Early damage detection in planetary gear transmission in down-time regime.- The role of untangled latent spaces in unsupervised learning applied to condition-based monitoring.- Modal analysis of the differential bevel gear with uncertainties.- Effect of non linear suspension system on the road profile identification.- Learning-based methods for vibration-based condition monitoring.- Parametric study for PCM-based heat sinks: A numerical investigation.- Modeling and Simulation of A Swarm Robot Application Using MBSE Method and Multi-Agent Technology: Monitoring Oil Spills.- Diagnosis and prognosis of mechanical components using hybrid methods.- Time domain identification of multi-stage planetary gearbox characteristic frequencies using piezoelectric strain sensor.- Study of the stiffness of a polymer pinion tooth in a polymer-metallic spur gear system.- Generalized prototype bootstrapping for nonlinear system identification in an accelerated fatigue testing context.- Adaptive on-line estimation of road profile in semi-active suspension.- A parametric study to investigate the dynamic behavior of worm gear with plastic wheel.- A review of singular spectral analysis to extract components from gearbox data.- Experimental and numerical analysis of dynamic frequency responses of sandwich structures.- Hybrid diagnostics and prognostics of planetary gearboxes.- Vibration analysis of planetary gear connected by flexible coupling using substructuring methodology.- A comparison between independent component analysis and established signal processing methods for gearbox fault diagnosis under time-varying operating conditions.- Simulation of the acoustic fields and directivities radiated from a set of elementary sources.- Time synchronous averaging based detection of bearing defects.- A Short Review of Gear Fault Modelling in a Hybrid Modelling Context.