Enhanced Wave Bandgaps in Offshore Cylindrical Elements Embedding Linear and Nonlinear Topological Resonators
Scientific-Disciplinary Group
08/CEAR-07 - Structural Analysis And Design
Description
The research aims at the conception and mechanical design of enhanced cylindrical elements for wave protection of floating tanks in offshore pumped-hydro systems and for vibration mitigation of towers coupled with offshore wind turbines. The objective is to control wave propagation and wave- and wind-induced vibrations through periodically distributed linear and nonlinear resonators, capable of widening bandgap frequency ranges. The research activity will combine linear and nonlinear analyses, dynamic simulations, topological metamaterials, optimization strategies, and experimental validation on small-scale cylindrical prototypes, with particular focus on reducing high-cycle fatigue phenomena.
Job posting website
Number of positions
1
Funding body
Università degli Studi di Trento
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