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microfabrication, followed by acoustic measurements in instrumented water tanks. The propagation, scattering, and coupling phenomena will also be approached using analytical methods and simulations. Project issues
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continuous-fibre-reinforced polymers (composites) under monotonic and cyclic loading, in particular using acoustic emission and thermography. Derivation of service life models for composites. Involvement in
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to a brief, loud intensity noise episode that reliably produces a measurable TTS. Functional hearing tests (auditory brain stem responses and otoacoustic emissions) will be recorded before and after
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otoacoustic emissions) will be recorded before and after exposure, and the cochlea will be examined with super-resolution imaging techniques that can visualise structures as small as 50 nm. This will reveal
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modulée est absorbée par le gaz cible. Cette technique offre ainsi une grande sensibilité, une grande sélectivité et des capacités de mesure en temps réel. Le doctorant travaillera sur le projet ATLAS, qui
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testing machines and testing equipment (such as MTS, Instron, RUMUL, acoustic emission systems, etc.) • proficiency in the following software: Inventor, SolidWorks, Ansys, Abaqus, NX, Python
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Institut Lumière Matière ILM- UMR 5306 CNRS / Université Claude Bernard Lyon 1 | Villeurbanne, Rhone Alpes | France | about 2 months ago
scattering (BLS) has been proposed. The BLS spectra, resulting from the interaction of laser light with density fluctuations, can be interpreted as the response of the sample to an infinitesimal uniaxial
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, además de actividad formativa (docencia) o científica (organización o revisión) en ese ámbito. Specific expertise in nondestructive testing of timber (acoustic methods and photogrammetry/laser scanning
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micromotion probes, acoustic emission arrays, embedded MEMS) provide the most sensitive, real-time indication of failure and can they be integrated into routine test standards? As part of this project you will
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cavitation damage scenarios (particularly in the context of hydroelectric power generation). The methodology will be based on a non-intrusive ultrasonic method for detecting cavitation, using acoustic signal