Publications
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Person-centric integrated modeling of transport and urban systems Hasselt University
Mechanistic modeling of mass transport phenomena in Forward Osmosis Ghent University
Forward Osmosis (FO) is a wastewater treatment technology in which water is abstracted from a feed solution through a membrane into a draw solution having a high osmotic pressure. FO membranes however are not perfect barriers for solutes: during FO, there are solute fluxes between the feed and draw solutions in both directions. FO would be applied on heavily impaired feed solutions, such as raw or partially treated wastewater, sludges or ...
Imaging and image-based fluid transport modeling at the pore scale in geological materials : a practical introduction to the current state-of-the-art Ghent University
Modeling Demand Responsive Transport using SARL and MATSim Hasselt University
Demand responsive collective transportation might be a solution to serve thin flows that occur when the average demand per time unit for travel between particular locations is small. Small capacity and/or specially equipped vehicles are deployed to serve low population density areas and mobility impaired passengers. The variability of the demand and the low vehicle capacity require daily optimal planning of routes. The cost for daily tours ...
An Agent Based Simulated Goods Exchange Market; A Prerequisite For Freight Transport Modeling Hasselt University
Freight flows are in essence a result from the exchange of goods between producers and consumers and the transporting firms moving the goods. This essentially constitutes a market interaction among different type of firms, differentiated by many attributes like industry type, size, location and role in the supply chain. A usual final outcome of such an interaction manifests itself in the form of Production-Consumption (PC) matrices, tabulating ...
Modeling the desire for using public transport Ghent University
Linking SWAT and sobek using open modeling interface (openmi) for sediment transport simulation in the blue nile river BASIN Vrije Universiteit Brussel
Computer models assist basin-scale decision making by taking into account upstream-downstream interdependencies. The SWAT (hydrological) model code was developed into an OpenMI-compliant version and linked with the SOBEK (hydrodynamic) model to extend SWAT's simulations of basin-scale streamflow and sediment transport. The development of an OpenMI-compliant version of SWAT involved reorganizing the SWAT model code and wrapping it with the ...
Drug transport modeling in solid tumors : a computational exploration of spatial heterogeneity of biophysical properties Ghent University
Inadequate uptake of therapeutic agents by tumor cells is still a major barrier in clinical cancer therapy. Mathematical modeling is a powerful tool to describe and investigate the transport phenomena involved. However, current models for interstitial flow and drug delivery in solid tumors have not yet embedded the existing heterogeneity of tumor biomechanical properties. The purpose of this study is to introduce a novel and more realistic ...