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Department of Thermal and Fluid Engineering (TFE)
UT
Faculties
ET
Departments
TFE
Research Chairs
Multiscale Mechanics
Research
Research subjects
en
Nederlands
English
Department of Thermal and Fluid Engineering (TFE)
UT
Faculties
ET
Departments
TFE
Research Chairs
Multiscale Mechanics
Research
Research subjects
Overview subjects
Mesoscopic modeling of ink imbibition in paper
Molecular dynamics simulation of ink imbibition in porous media
Systematic approach to predicting wettability using molecular dynamics simulation
Simulating semi-solid rechargeable flow batteries
Optimized energy storage using ionic electrolytes
Discrete Element Method simulations and experimental validation of tableting processes
Multiscale modelling of segregation in rotating drums
CFD-DEM modeling of powder mixing systems
Vibrofluidised Granular Materials
VIDI T. Weinhart – Virtual Prototyping of Particulate Processes
VIDI T. Weinhart – Virtual Prototyping of Particulate Processes
Virtual Prototyping of Particulate Processes (ViPr) – Design and Optimization via Multiscale Modeling and Rapid Prototyping
(VIPR) - Heterogenous multiscale modeling & Rapid Prototyping of Twin-Screw Wet Granulation Processes
VIDI A.R. Thornton
VIDI A.R. Thornton
Shaping segregation: advanced modelling of segregation and its application to industrial processes
Shaping segregation: advanced modeling of segregation and its application to industrial processes – parallel particle simulation (mercuryDPM.org)
Multiscale modelling of agglomeration
Multiscale modelling of agglomeration
Multi-scale modeling of agglomeration: Application to tableting
Multi-scale modeling of agglomeration: Application to selective laser sintering (SLS)
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