13 acoustic PhD positions in Netherlands

2 PhD positions in metamaterial design

and multi-scale material modelling. Experience with computational and/or experimental multi-physics (electro-magneto-mechanical) analysis (DC1) or vibro-acoustics (DC9) is preferred. Conditions of

Two PhD Positions on Metamaterials for Flow Control

an energetic team and in close collaboration with other researchers. The following skills are also highly appreciated: Affinity with flow stability and transition theory and modelling. Experience with acoustic

PhD project – Flow-induced vibrations in high-precision water circuits

, but may also arise from vibrations of the structure leading to acoustic cross-talk between locations of differing dynamic sensitivity. The goal of this project is to develop quieter & more effective

PhD project – Flow-induced vibrations in high-precision water circuits

undesirable forces on the structure. These pressure disturbances may be flow induced, from circuit components and pumps, for example, but may also arise from vibrations of the structure leading to acoustic

PhD project – Flow-induced vibrations in high-precision water circuits

and pumps, for example, but may also arise from vibrations of the structure leading to acoustic cross-talk between locations of differing dynamic sensitivity. The goal of this project is to develop

PhD: Terahertz and optical metrology of semiconductor material changes

the context of photo-acoustics and light-induced damage. Ultrashort THz pulses play an increasingly larger role in discovering the response of materials to intense light, both by measuring the emission of THz

PhD position on Fast and Accurate Integral Equation Methods for Computational Problems in Wave Phenomena

accurately compute volume integral operators that lie at the core of powerful integral equation formulations of acoustic, elastic, and electromagnetic wave equations. These methods hold the potential

PhD position in AI-based Multi-modal Sensor Data Analysis

attacks. For detection of such complex threats, multi-modal sensor types will be installed at Port of Moerdijk: visual, acoustic, thermal, multi-spectral, etc. The research goal is to learn how to combine

PhD project – Active control of pressure disturbances in water circuits

, but may also arise from vibrations of the structure leading to acoustic cross-talk between locations of differing dynamic sensitivity. Current mitigation measures to limit the impact of pressure

PhD project – Active control of pressure disturbances in water circuits

undesirable forces on the structure. These pressure disturbances may be flow induced, from circuit components and pumps, for example, but may also arise from vibrations of the structure leading to acoustic