Developing biomaterials for hip prostheses is challenging and requires dedicated attention
from researchers. Hip replacement is an inevitable and remarkable orthopedic therapy for …

Human hip failure remains a significant issue, and constructing artificial joints is imperative
for affected individuals. This study examined the mechanical and wear behavior of polyether …

Background Hip suffering is a serious concern for human health, which may be caused by
arthritis, accidents, and childhood disorders; hence, man-made joints are the only option for …

Additive manufacturing has become a cutting-edge technique to produce biomaterials for
various clinical applications. Recent investigations have shown their significance and …

Friction and wear are intertwined phenomena, most noticeably for artificial implants due to
their continuous interaction with the human body. Surface coating is one of the eminent …

Bioimplants took on an essential role for providing a comfortable life for those who have
suffered the loss of organs by accident, diseases, and other circumstances. Wear debris …

Carbon fiber fabrics reinforced polyether ether ketone (CFF/PEEK) composites show
extraordinary mechanical properties which deeply relay on their interfacial properties …

This chapter's primary goal is to study the tribological traits and their recent evolution in
implants. Unintentional mishaps and osteoarthritis in the elderly necessitate implants. The …

The field of medical implants has witnessed a remarkable transformation with the advent of
additive manufacturing (AM) technologies, commonly known as 3D printing. Metal-based …