A robust platform in the form of a hybrid experimental-numerical framework is proposed for
reinforcement characterization with minimal material consumption and labor costs. In this …

A great amount of attention has been given to the evaluation of the permeability tensor and
several methods have been implemented for this purpose: experimental methods, as well as …

We report on the in situ silver-seeded generation and growth of pure wurtzite zinc oxide
(ZnO) onto woven cotton fabric substrates via sonochemical deposition. Coating leaching …

Resin transfer molding and vacuum-assisted resin transfer molding are two of the most
commonly used liquid composite molding processes. For resin transfer molding, mold filling …

Transverse permeability measurement of engineering textiles by state-of-the-art approaches
revealed considerable discrepancies between different test devices. The absence of …

Advances in computational power and scanning technology has allowed one to estimate the
flow permeability in porous media directly from 2-D and 3-D micrographs. So, unit cells …

The accurate prediction of the permeability is the key to optimizing the molding process of
fiber reinforced composites, thus to improve the composite quality, and reduce the material …

Au cours des dernières années, les procédés de fabrication par injection comme le moulage
par transfert de résine (RTM) ont connu un fort développement ayant mené à des …

Contaminant transport in porous media is a well-researched problem across many scientific
and engineering disciplines, including soil sciences, groundwater hydrology, chemical …

The thesis is divided into eight chapters, including the chapter of the introduction. The
second chapter presents a review of methods for predicting permeability. In Chapter 3, an …