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describe the damage present in critical areas. They rely on multi-scale finite element simulations with multiphysics couplings between electrical, thermal, and mechanical domains. In addition, it is
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. Minimum four (4) years of professional experience as radiation therapist. Knowledge of current practices in radiation therapy. Proficient in the use of linear accelerators and CT-simulator equipment
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. The approach will be predominantly numerical, based on CAD modeling, aerodynamic simulations and structural analysis. Parametric and sensitivity studies will be carried out to identify more robust and efficient
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sont requis.The candidate must hold a Master's degree in physics. A strong interest in theoretical developments and some proficiency in numerical simulations are required. Additional Information Work
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; addressing the spread of misinformation and disinformation in social networks; using algorithms or computer simulations to study gerrymandering; or the role of information visualization to investigate and
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address, and the competition reference number, https://wppt.pwr.edu.pl/pracownicy/konkursy Questionnaire for the person applying for employment, https://wppt.pwr.edu.pl/pracownicy/konkursy A copy of the
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on the results from other IRP. Numerical analysis of the emission propagation in the near field of the re-entering vehicle. Multiscale simulations of the downstream expansion behaviour of the residuals
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address, and the competition reference number, https://wppt.pwr.edu.pl/pracownicy/konkursy Questionnaire for the person applying for employment, https://wppt.pwr.edu.pl/pracownicy/konkursy A copy of the
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, and to investigate coupling mechanisms between kink waves and other MHD wave modes. The analytical results will be validated using numerical simulations of kink-wave reflection and wave–wave
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quantitatively experimental data in different polymeric systems with different self-poisoning mechanisms, that classical theories were unable to handle. Monte Carlo and Molecular Dynamics simulations will also be