Polypropylene (PP) parts produced by extrusion‐based additive manufacturing (EB‐AM)
suffer from warpage issues due to their high degree of crystallinity and orientations …

We report a novel shear-detachment (SD) approach to simulate the dynamics of flux
recovery in the membrane cleaning process. In this model, the rate of foulant detachment …

Assessing the efficiency of the next generation of protective marine coatings is highly
relevant for their optimization. In this paper, a parallelized microfluidic testing device is …

The ability to control the structure and surface chemistry of biomaterials on a molecular level
is crucial for optimizing their performance. Here, a novel type of nanoporous organic …

Quick and reliable testing is crucial for the development of new fouling release (FR)
coatings. Exposure of these coatings to natural multispecies communities is essential in …

The application of electric fields to conductive coatings is an environmentally friendly way to
reduce biofilm formation. In particular alternating potentials (APs) have received increasing …

Monitoring of photovoltaic (PV) systems can maintain efficient operations. However,
extensive monitoring of large quantities of data can be a cumbersome process. The present …

This study introduces an equilateral triangular channel (ETRIC), a novel microfluidic channel
with an equilateral triangular cross-section, for cell adhesion assay by modulating the wall …

The potential advantages of cell-based biohybrid devices over conventional nonliving
systems drive the interest to control the behavior of the underlying biological cells in …

In a recent paper, we described a quantitative analysis of the detachment kinetics of beads
adsorbed in a microfluidic system under laminar shear flow. In this paper, we extend this …