Erin Koos

Professor

KU Leuven

Belgium

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Erin Koos is a Professor at KU Leuven, Belgium. Her research focuses on advanced materials and processing techniques, with recent articles exploring topics such as zirconia ceramics, particle orientation in networks, and hydrogels for orthodontic applications. She is particularly interested in the optimization of ink preparation for direct ink writing and the mechanics of capillary suspensions in 3D printing.

Erin Koos

Research Interests

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Articles (20)

Investigation of printing and post-processing parameters for enhancing the high-strength of zirconia ceramics via direct ink writing

Shaping suspensions: Stabilizing anisotropy in viscoelastic media using oscillations

Biomimetic-Engineered Hydrogels Prevent Orthodontic Root Resorption

Capillary force-driven particle orientation in rod networks

Evaporation induced destabilization of oil-in-water Pickering emulsions

Nanoparticles do not influence droplet break-up, spreading, or splashing

Acrylate-based slurry development and evaluation for digital light processing of zirconia ceramics

Optimisation of ink preparation for direct ink writing of defect-free, high-density Ce-TZP ceramics

Dewetting Fingering Instability in Capillary Suspensions: Role of Particles and Liquid Bridges

Tricalcium phosphate-based capillary suspensions as inks for 3D printing of porous scaffolds

On the gelation of humins: from transient to covalent networks

2023 Highlights in Interface Science and Engineering: A Collection of Virtual Special Issues

The effect of ultrasound and precursor on the formation of nano-TiO$$_{2}$$

Development of Perovskite Quantum Dots for Two-Dimensional Temperature Sensors

Role of Nanoparticles in Nanofluid Droplet Impact on Solid Surfaces

On the gelation of humins: From transient to covalent networks

Stress-controlled shear flow alignment of collagen type I hydrogel systems

Glycyrrhizin-Based Hydrogels Accelerate Wound Healing of Normoglycemic and Diabetic Mouse Skin

Effects of particle roughness on the rheology and structure of capillary suspensions

Spreading of a droplet impacting on a smooth flat surface: How liquid viscosity influences the maximum spreading time and spreading ratio

Collaborators (9)

Ilia Roisman

Pavlik Lettinga

Mariano Simon Pedano

Rob Ameloot

Atsushi Takahara

Charlotte Titeca

Gilbert Walker

Carmen Bartic

Ruth Cardinaels

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