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development (experience in multiple fields are considered beneficial). Familiarity with simulation software and numerical methods and proficiency in programming languages (Rust, Python, MATLAB, C/C
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Programming skills suitable for numerical simulation, signal processing, or experimental research Good written and spoken English Motivation and ability to pursue doctoral studies and conduct long-term research
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the opportunity to become an expert in both thin films and electrochemistry – fields that are key to numerous crucial technologies and sustainability. Depending on the task at hand, you will work
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to become an expert in both thin films and electrochemistry – fields that are key to numerous crucial technologies and sustainability. Depending on the task at hand, you will work independently, as a part of
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large‑scale global solar/stellar dynamo simulations capable of capturing both small‑scale and large‑scale dynamos in the same model with resolutions requiring at LUMI‑class resources. Perform model
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steel roof deck systems exposed to different fire scenarios. The research methods include furnace fire tests, numerical simulations and analyses on the full-scale perforated steel deck system
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understand the structural behaivour of perforated steel roof deck systems exposed to different fire scenarios. The research methods include furnace fire tests, numerical simulations and analyses on the full
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implementation in Fire Dynamics Simulator CFD code Experimental validation of simulations Machine learning for accelerated evaluation of radiative properties The doctoral degree will be awarded upon successful
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models for gases to solid particles Experimental characterization of fuel particles using FTIR Mathematical model formulation and programming Model implementation in Fire Dynamics Simulator CFD code