Transfer of mammalian cell culture processes across stirred and aerated bioreactor scales is
a delicate task, frequently leading to different conditions across scales. To provide a more …

In this work we present experimental and simulation analysis of the breakage and
restructuring of colloidal aggregates in dilute conditions under shear. In order to cover a …

Application of quality by design (QbD) requires identification of the maximum operating
range for parameters affecting the cell culture process. These include hydrodynamic stress …

The flow properties of two kinds of cellulose nanocrystal (CNC) rods with different aspect
ratios and similar zeta potentials in aqueous suspensions have been investigated. The …

In recent years, targeted drug delivery systems have been regarded as a promising solution
to enhance the efficiency of treatments against clots in blood vessels. In this context, shear …

We study the first breakage event of colloidal aggregates exposed to shear flow by detailed
numerical analysis of the process. We have formulated a model, which uses Stokesian …

This paper aims to better understand the impact of process conditions on the morphological
properties of MBS (Methacrylate Butadiene Styrene) core-shell latex aggregates during an …

The generation and geometrical analysis of clusters composed of rigid monodisperse
primary particles with variable fractal dimension, df, in the range from 2.2 to 3 are presented …

The transition process and control mechanisms of crystal aggregates to agglomerates hold
significant importance in reducing subsequent processing steps and enhancing crystal …

Thermally conducting and highly compliant composites for thermal interface applications
were developed by dispersing graphite nanoplatelets (GNPs) in silicone polymer using a …