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the perspective of the nonlinear governing equations and their associated boundary conditions. Emphasis will be placed on the derivation (and the subsequent analysis) of exact solutions concerning the propagation
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implementation of numerical models for the simulation of wave propagation from weather-tsunamis and on the development and implementation of hydrodynamic models (2D/3D) for the simulation of the transport
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(ET) Calibrating piezoelectric force sensors and pressure sensors Analyzing pressure-front propagation and comparing with simple gas-dynamics models Assisting in the design or testing of protective
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understanding of how acoustic waves are generated and transmitted in wells. The LeDAS project aims to overcome these challenges by combining physical modelling, advanced signal processing, and machine learning in
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to control elastic wave propagation at gigahertz frequencies. The recruited postdoc will work in close collaboration with other members of the team who will perform the optical and acoustic characterization
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an electromagnetic wave, i.e., to behave like a real (organic) antenna. The objective of the project is to understand the electrical properties of plant cells, tissues, and organs. Where to apply Website https
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-fidelity finite element models to investigate surface wave propagation in soft biological tissues, forming the foundation for subsequent statistical and machine learning frameworks that integrate
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Postdoctoral Research Associate in Experimental Radio Propagation Studies ( Job Number: 25001793) Department of Engineering Grade 7: - £38,784 per annum Fixed Term - Full Time Contracted Hours per
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acoustics, wave propagation, or ray-beam tracing is highly desirable. A keen interest in experimental measurements would be beneficial. Demonstrates drive, enthusiasm, and an independent thinking approach
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wave theory in inhomogeneous, expanding waveguides that have steady flows. Wave propagation and instability theory will be developed and applied to a number of solar structures from pores, magnetic