Recent changes in the EU green aims can help to overcome economic obstacles in the slow
upscaling of Miscanthus cultivation. Using Miscanthus can permanently fix CO 2 within …

Factors like environmental and societal awareness often lead to a significant change of
action in the development of eco‐friendly materials like the family of green composites …

Injection molded biocomposites from a new biodegradable polymer blend based matrix
system and miscanthus natural fibers were successfully fabricated and characterized. The …

Novel green composites with an excellent balance of properties were successfully fabricated
from poly (3-hydroxybutyrate-co-3-hydroxyvalerate)(PHBV) based renewable ternary blends …

A combined in-mold decoration and microcellular injection molding (IMD/MIM) method by
integrating in-mold decoration injection molding (IMD) with microcellular injection molding …

The detrimental impact of discarded plastics on the environment has become of increasing
concern and this has led to the development of environmentally friendly “green” polymers …

Dicumyl peroxide (DCP) initiated reactive compatibilization of poly (hydroxybutyrate‐co‐
hydroxyvalerate)(PHBV)/miscanthus fibers (70/30 wt%) based biocomposite was prepared …

The current work demonstrates the mechanical, thermal, and morphological characteristics
of green composites processed by injection moulding. Bamboo fibre (BF) was chemically …

The thermal and dynamic mechanical properties of miscanthus stem fragments and
differences between genotypes and positions along the stem are studied in relation with …

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 …