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Home > Education & Tra... > Guidance for yo... > Bachelor & Master theses subjects

Subjects for Bachelor and Master theses

Subjects for a Master thesis

Within the institute Advanced Nuclear Systems:
Implementation of multiphase flow in a software for the calculation of steady heat transfer in In-Pile Section (1D flow) Development of automatic "Help Authoring Tools" generator Development of webparts for the Calculation Office portals Development of a verification and validation test set for depletion codes Application of different metaheuristic optimization methods to the in-core fuel management problem utilizing the ParadisEO metaheuristic optimization framework Adoption and utilization of the REBUS-PC1.4 code system for the purpose of the in-core fuel management optimization of MYRRHA Optimization of the RELAP model for the E-SCAPE pool facility based on CFD analysis Assessment and improvement of porous media models used in simulating the Above Core Structure of MYRRHA by means of Computational Fluid Dynamics Validation of the beam window temperature distribution calculations of MYRRHA by means of Computational Fluid Dynamics Investigation of the importance of thermal striping in lead bismuth cooled nuclear reactors
Within the institute General Management:
Collada Convertion tool voor VISIPLAN V, C#.net applicatie Verder ontwikkeling van VISIPLAN 5, een 3D berekeningsprogramma op basis van C# en DirectX 9
Within the institute Environment, Health and Safety:
Development and improvement of the analytical determination of methyl 3-hydroxyhexadecanoate, the Quorum Sensing signalling molecule of Cupriavidus metalliduransCH34 Methyl 3-hydroxyhexadecanoate: a new Quorum Sensing signal and/or system in the bacterial world? Trehalose as a cryoprotectant for the preservation of Arthrospira Meten van gas diffusie coëfficiënten in Boomse Klei en Opalinus Klei Biologische effecten van uranium op Arabidopsis thaliana – dosis-response curve Ontwikkelen en programmeren van een nieuw test algoritme voor atmosferische dispersie Screening of individual radiosensitivity using the y-H2AX assay: differences between high-LET and low-LET irradiation
Within the institute Nuclear Materials Science:
Phase field modelling in respect of material science

Subjects specifically for the BNEN programme

Within the institute Advanced Nuclear Systems:
Implementation of multiphase flow in a software for the calculation of steady heat transfer in In-Pile Section (1D flow) Development of a verification and validation test set for depletion codes Application of different metaheuristic optimization methods to the in-core fuel management problem utilizing the ParadisEO metaheuristic optimization framework Adoption and utilization of the REBUS-PC1.4 code system for the purpose of the in-core fuel management optimization of MYRRHA
Within the institute Environment, Health and Safety:
The characterization of irradiated graphite from the BR1 research reactor Evaluation of the possibility to perform in situ X-ray tomography for the characterization of inclusions in clay layers Evaluation of the possibility to perform in situ neutron-neutron measurements for the characterization of inclusions in clay layers
Within the institute Nuclear Materials Science:
Phase field modelling in respect of material science