A thorough analysis of the effect of operative conditions of injection molding process on the
morphology distribution inside the obtained moldings is performed, with particular reference …

Every day, numerous polymer materials are fabricated into specific articles with definite
sizes, shapes and forms using polymer processing. Obviously, polymer processing has …

A wide set of cooling scans and subsequent melting behavior of isotactic polypropylene (i-
PP) were investigated using differential scanning calorimetry and nanocalorimetry at very …

A wide set of crystallization isotherms and the subsequent melting behavior of isotactic
polypropylene (i-PP) were investigated using differential scanning calorimetry and …

The skin–core crystalline morphology of injection-molded semi-crystalline polymers is well
documented in the scientific literature. The thermomechanical environment provokes …

Microinjection molding (μIM) is a fast‐developing technology which is used to produce
polymeric microcomponents or components with micro/nanoscale features, such as are …

The effect of flow on the crystallization kinetics of polymers is well known, at least from a
qualitative point of view. Quantitative determinations are difficult to obtain, due to the …

Mechanical characterizations at different length scales represent a very intriguing possibility
for correlating the fine internal morphologies with the macroscopic properties of a polymer …

It is widely accepted that mold temperature has a strong effect on the amount of molecular
orientation and morphology developed in a non-isothermal flowing melt. In this work, this …

This study investigates the morphology of a high‐density polyethylene processed with
microinjection molding. Previous work pointed out that a “core‐free” morphology exists for a …