64 molecular dynamics simulation positions at University of Twente (UT) in Netherlands
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healthcare. Our dynamic and diverse ecosystem with the world-class TechMed Simulation Centre , modern blood lab facilities, and courses guide your continuous professional education. Joint positions of our
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highly motivated PhD candidate to research on the topic of friction mechanisms in single-grain sliding. The challenge Under highly accelerated slip, several physical phenomena contribute to the dynamic
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of components to simulate and compare different situations, plant designs, or electrolysis processes (AEL, PEM, AEM). In this 3-year project, you will develop a comprehensive dynamic model for green hydrogen
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to staff position within a Research Infrastructure? No Offer Description We are looking for a motivated PhD candidate to delve into flow dynamics in offshore wind farms, developing novel computer
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element methods (DEM) to join University of Twente (Netherlands) and work on micro- and meso-scale modelling to understand the initiation and dynamics of submarine landslides. This project is part of the EU
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theories) for modelling soil-fluid interactions going from fluid saturated solids to a fluid-dominated mixture have to be revised and improved. Based on the simulation data of particle-fluid interaction
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particle models, validated through experiments, and scaling it up to a comprehensive process model. This model will simulate industrial direct reduction shaft furnace processes under various operating
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-technical innovations. The focus of the PhD project is twofold. First, you will investigate the dynamics of effective innovation practices in teams and their keydrivers. Specific methods (combinations
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Engineering innovates in this field. We develop and leverage flexible multibody dynamics software to create models that enable design optimization and motion control of these systems. In particular, we
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between seawater and sediment is crucial in the landslide dynamics. Recent studies have shown that the material point method (MPM) can describe the movement of saturated sediment and the hydrodynamic