In recent years, due to the rapid development of industrial lightweight technology, composite
materials based on fiber reinforced plastics (FRP) have been widely used in the industry …

This study focused on the development of skin/core structures with flame-retarded poly
(lactic acid)(PLA) compositions, by additive manufacturing. For this purpose, the technique …

High performance Fluorosilicone rubber (FS)/organoclay (OC) nanocomposites have been
prepared by a melt compounding process. The results of mechanical investigation revealed …

In this work, instead of changing the formulation of materials, modification of their design has
been investigated as an alternative approach to reach optimized fire performance. Technic …

In order to clarify the formation mechanism of hierarchically crystalline structures in multi-
melt multi-injection molding (M 3 IM), the structures around the interface were examined, as …

This work studies the effect of processing parameters on mechanical properties and material
distribution of co‐injected polymer blends within a complex mold shape. A partially bio …

A novel concept of developing green composites with improved performance using co‐
injection molding technique has been established. Poly (butylene succinate)(PBS), poly …

Microcellular co-injection molding technology can completely encase the poor surface of a
MuCell part. Using this technology, the effects of PP and PP-GF (10-wt% GF) combinations …

One of the drawbacks of microcellular injection molded parts is lower part tensile strength
and stiffness than solid parts. This is caused by a reduction in the effective cross-section …

One of the main challenges in co-injection molding is how to predict the skin to core
morphology accurately and then manage it properly, especially after skin material has been …