44 molecular-modeling-or-molecular-dynamic-simulation PhD positions at NTNU Norwegian University of Science and Technology
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short fiber thermoplastic composites Develop and validate numerical models and simulations to predict material and component performance Be prepared for changes to your work duties after employment
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use in constructing them, dynamic effects due to elasticity of the floating platform become more important. The OptiFLEX project, led by SINTEF Ocean and supported by experienced industrial partners
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and corrosion Building a validated solvent degradation model describing both oxidative and thermal degradation Process simulations of absorption-based CO2 capture with different process designs and
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. This implies hydrodynamic modelling, including numerical simulations. We are looking for a skilled person with basic knowledge of hydrodynamics/fluid mechanics and who is motivated for working with modelling
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. The Department of Electric Energy (IEL) at NTNU is seeking a highly motivated candidate for a full-time (100%) PhD position for 3 years as part of the project “Modelling and analysis of pumped storage
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-service data from modern ships. Improving and/or further developing ship performance models by combining data driven framework with first-principle physics (i.e., conventional methods for prediction
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work hardening/crystal plasticity, to account also for transient conditions. The improved models should then be used as sub-models in finite-element simulation software to simulate the thermomechanical
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of the behaviour of fires, their physics and chemistry, also known as fire dynamics. More knowledge is needed about the growth and spread of fires in buildings and how to analyze and simulate them. Computational
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for Energy Technology, IFE). Duties of the position Carry out research of high quality within the scope described above. Develop mathematical models and computer code for optimization and simulation of energy
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industry when developing new technologies and innovative applications for green transition. This PhD project is aiming to develop new knowledge for modeling, analyzing, and controlling the cascading process