In this study, an innovative route for secondary recycling (with zirconium oxide (ZrO2)
reinforcement) has been proposed based on melt processing of high-density polyethylene …

Due to the predominance diseases such as bone fracture, bone cancer, and osteoporosis
Worldwide. There is a developing requirement for synthesizing biomaterials for bone repair …

Synthetic biomaterials for bone repair and substitute must be yield to critical criteria, one of
them, their mechanical properties should not be very less than that for natural bone to …

This work take in consideration the application of Taguchi optimization methodology in
optimizing the parameters for processing (composition, compounding pressure) and their …

Mass and heating rates alter the thermal properties, molecular structure, and phase changes
of the materials. This study aimed to investigate the influence of sample mass (10-30 mg) …

High-density polyethylene (HDPE) matrices reinforced with titanium dioxide (TiO 2)
biocomposites are seen as promising biomaterials due to their superior properties. In this …

The melting of crystals is one of the most common and general phase transition phenomena.
However, the mechanism of crystal melting is not well understood, and more experimental …

TiO2/Polypropylene composite considers very promising biomaterials in bone replacement
and repair application, but mechanical properties still out of load bearing scaffolds …

These Tap casting and powder metallurgy methods used to produce the 45S5 Bioglass. This
study revealed that the bioglass modified with 0.2% Y2O3 has about 700% increases in …