… scaffolds with the … polyvinylidene fluoride (PVDF) fibers with applied positive and negative
voltage polarities during electrospinning, to obtain two types of scaffolds PVDF(+) and, PVDF…

… The fiber size and β-phase content of PVDF fibrous scaffolds also depend on the spinning
distance (needle tip to collector distance) (Figure 13b). A long spinning distance offers a large …

… In this work, we have developed scaffolds based on polymer fiber architectures for … the
design of suitable scaffolds for NTEs. We thus assessed the impact of PVDF fiber alignment on the …

… Textile implants so called scaffolds are used for the … the scaffold namely the fibre material
the fibre structure and the textile structure Depending on the final application of a textile scaffold …

… overview of PVDF and its copolymers and fillers for manufacturing scaffolds as well as the
… In addition, the applications and mechanisms of scaffold-based PVDF in tissue engineering …

… fibre morphology on cellular behavior. In this study, we have … polyvinylidene fluoride (PVDF)
non-woven scaffolds with round, trilobal, or snowflake fibre cross section and different fibre …

… The loss tangent tanδ was found to be about 0.12–0.08 for aligned fiber and 0.15–0.08 for
random fiber scaffolds over the applied static strains. Such limited loss values highlighted that …

… distance and flowrate) to the fiber diameter and pore size of the scaffolds produced using
polyvinylidene fluoride (PVDF). Electrospun scaffolds were subjected to scanning electron …

… It includes fabrication of thin fibers from a polymer solution by using a high-voltage electric
… fiber that is randomly deposited on a grounded collector. This leads to elongation of the fiber …

… fibers makes them good candidates for scaffold in tissue engineering applications. … In
such way, this work aims to assess the influence of PVDF and PVDF magnetic composite fibers …