Project description

Third-cycle subject: Engineering Mechanics

The position is part of the Swedish Research Council project ARTEMIS: physics-guided inverse modelling of tunable architected materials for sub-wavelength control of sound and vibrations.

The project aims to develop physics-based computational methods for the design, modelling and analysis of tunable architected materials that can control sound and vibrations at sub-wavelength scales. The work may include numerical modelling of coupled acoustic and structural systems, inverse modelling, optimisation, and analysis of acoustic materials or metamaterials.

The doctoral student will join the Sound and Vibration research environment at the Marcus Wallenberg Laboratory for Sound and Vibration Research, Department of Engineering Mechanics, KTH. The work will be carried out in close collaboration with Romain Rumpler and the surrounding research group.

Supervision: Romain R...