Multifunctional processing equipment for both conventional and reactive twin screw extrusion (MultiProc)

Towards a universal plastic REcyclability predictor by bridging STatistical entropy, Energy analysis and Polymer reaction engineering (RESTEP)

Advanced extrusion design for next-generation sustainable polymers

Connecting Stochastic (De)Polymerization Kinetics with Reactive Extrusion Technology

Deterministic and Stochastic Model-Based Design for Free Radical Polymerization and Induced Grafting of Styrene

Dynamic Chemistry in Cross-Linked/Network Systems

First principles mathematical modeling radical of water-based (emulsion) polymerization

In-Depth Kinetic Understanding and Design of [4+4] Anthracene Photocycloadditions

Kinetic Monte Carlo Modeling of Solution and Surface-Initiated Polymerization

Machine learning modeling and experiments as soft sensors for polymerization

Performance Analysis of Kinetic Monte Carlo Algorithms for Population Balance Models

Polymer Network Design

Thermochemical Recycling Kinetics of Poly(methyl methacrylate): From Thermogravimetric to In Silico Degradation Analysis

3D Printing Parameter Design for Styrene-Based Final Parts

Blend Design for Polymer Processing Applications

Design of polymer blends and polymer matrix composites via model-guided reactive extrusion.

Doctoral project Assia Ouchchen

Doctoral project Hannelore Ohnmacht

Doctoral project Marziyeh Salehi Abar

Doctoral project Sofie Verschraegen

Doctoral project Zhenmin Jiao

Dyes and poly(2-oxazoline)s: an intriguing realm beyond colourful materials

Engineering Control of Polymer Pellet-Based Additive Manufacturing

Experimental Design of Polymer Additive Manufacturing with Carbon Fibers

High sensitive composite sensors: a fundamental study

Melt design of polymer blends

Model-based design of green polymer products

Model based techniques for fiber spinning

Modeling leaching and dissolution processes in the frame of plastic recycling

Modeling the Molecular Structure of Poly(2-Alkyl/Aryl-2-Oxazoline) Copolymers with Matrix-based Kinetic Monte Carlo Simulations

Non-Isothermal Simulations for Tailoring the Meso-Structure in Extrusion Based Additive Manufacturing

Optimization of traditional and additive manufacturing-based processing of polymers with ester functionalities.

Population Balance Modeling to Optimize Nitroxide Mediated Polymerization in Aqueous Miniemulsion

Sustainable Engineering for Polymeric Material Applications

The Influence of equipment component design and control systems on processability of polymeric materials

Upcycling of PMMA

Upcycling of polymers with ester side-chains through amidation

Chemistry informed machine learning in emulsion polymerization processes and products

Condensation Polymers for monomer/oligomer Recovery and Reuse

Controlling polymerization processes from very low to very high chain lengths

DAEMON: Deep polymer network design through Algorithm EnhanceMents, OptimizatioNs and machine learning

Flame-resistant synthetic turf mats: safe and durable

High yield synthesis of high quality expandable and high impact polystyrene via a sustainable multi-scale design strate

In-silico design of functional advanced macromolecules.

Model-based design for polymer modification

Model based evaluation of the industrial potential of controlled radical polymerization

Model-guided design of complex macromolecular topologies

Molecular Machines that communicate through Chemical Signaling (MM-CS).

Molecular-scale driven morphology design for sustainable polymer applications

Multi-scale process intensification and functionality control for reactive extrusion towards sustainable polymer synthesis and recycling.

ReSet: Circular Thermosets by Design: Recycling the Unrecyclable

Second generation Methyl MethAcrylate

Sustainable polymer reaction engineering for carbon circularity (SPRE4CC)

Advanced set-up for emulsion polymerization

Combining material science and chemical engineering design for novel and fast optical nanostructured sensors.

Connecting (organo)silica sol-gel synthesis and membrane electrospinning: pushing toward molecular scale-driven property tuning

Controlling the molecular structure of biocompatible hydrogels by combining PAOxylation chemistry and Monte Carlo stochastic tools.

Designing mechanical forces and temperature profiles for PET mechanical recycling with industrial feedstock.

Development and validation of a versatile modeling platform for atom transfer radical polymerization 

High temperature Gel Permeation Chromatography

Interactive communication of material and equipment design for fused filament fabrication: a multi-zone combined experimental and modelling study

Long-term stable organosilica nanofibrous membranes functionalised for advanced engineering applications

Model-based design of effective mechanical recycling of polyolefins and their blends with natural polymers.

Monte Carlo based temperature regulation to minimize the risk of runaway reactions in polymerization: from (semi)batch reactors to reactors in series

Multiscale modelling of solid-liquid interactions in oxidic systems

Developing a multiscale modeling platform for the optimization of radical polymerization

Generic materials study towards high quality advanced medical, food and engineering 3D structures