In this review, traditional and novel techniques for producing micro-and nano-fibers are
discussed and various nanofillers, their modifications and polypropylene (PP) …

Synthetic hydrogels or water-containing polymeric materials are much inferior to biological
tissues and solid plastics in many aspects of mechanical properties; it is a great challenge to …

Polyproplylene (PP) fibers find application in strain-hardening cement-based composite to
enable the formation of multiple fine cracks for high energy absorption. Often, however, the …

The article aims to investigate the mechanical behavior of polyglycolic acid
PGA/polycaprolactone PCL copolymer surgical suture material. A suture fibre-drawing …

In this article, a fast computational phase-shifting interferometry (PSI) method for extracting
the phase object from a single-shot two-beam microinterferogram has been proposed. This …

We present an accurate and fast in-situ investigation of opto-mechanical properties of
iPP/TiO 2 nanocomposites fibres using a Mach–Zehnder interferometer. The rotation band …

Purpose Biodegradable polymers are currently gaining importance in several fields,
because they allow mitigation of the impact on the environment related to disposal of …

The effects of fiber structure on the process of photodegradation are controversial in the
field. We tested polypropylene fibers of various form for their effects on photodegradation …

Biopolymers have many applications in many medical sectors. Polyglycolic/
polycaprolactone (PGA/PCL) copolymer as a monofilament absorbable suture has been …

An optomechanical characterization was carried out to investigate the influence of grafting
polyamide‐6 fibers with poly (methyl methacrylate)(PMMA) on their structural relationship …