For the purpose of structure vibration reduction, a structural topology optimization for
minimizing frequency response is proposed based on the level set method. The objective of …

This paper deals with vibro-acoustic optimization of laminated composite plates. The
vibration of the laminated plate is excited by time-harmonic external mechanical loading with …

Material based models for topology optimization in harmonic vibration problems present
some inconveniences, especially when the goal is to obtain low vibration monolithic …

This paper focuses on topology optimization for linear transient thermo‐mechanical
problems. The latter are, for example, encountered for extreme precision tools and …

A topology optimization method is proposed to minimize the resonant response of plates
with constrained layer damping (CLD) treatment under specified broadband harmonic …

The paper deals with the problem of topological design of microstructure with respect to
minimization of the sound power radiation from a vibrating macrostructure. The …

In this work, we introduce the non-probabilistic uncertainties of spatial variation into the
topology optimization problem. We investigate the material properties, geometry and loading …

As studied by the authors in a previous work, applying topology optimization to minimize
overall dynamic response of structures under time-harmonic loads may present serious …

In the design and manufacturing of mechanical components, the dynamic properties of
continuum structure are one of the most significant performances. At the same time, the …

The optimized design of structures subjected to harmonic excitation is of great interest, for
both the suppression of the oscillatory response (minimization) and the design of resonant …