This article aims to investigate the characteristic microstructure-based failure mechanisms
observed during the fracture cutting of age-varying bovine cortical bone. To this end …

This paper describes the development of a microstructure-based finite element model to
simulate fracture cutting of bovine cortical bone. A cohesive zone-based (CZ) approach is …

Cortical bone cutting is a common operation in surgery. Studying the potential impact of
cortical bone heterogeneity on the processing mechanism will help medical staff to have a …

When a person experiences a bone failure (also referred to as a fracture), it's important that
the bone may heal properly in its original position in appropriate time. There are several …

This paper investigates the characteristic differences observed while machining the
haversian and plexiform components of a bovine cortical femoral bone. To this end micro …

Until date, many devices have been developed for cutting human bones during orthopedic
surgeries. However, bones are anisotropic material, and their machining characteristics …

This two-part paper is aimed at developing a microstructure-based mechanistic modeling
framework to predict the cutting forces and acoustic emissions (AEs) generated during bone …

In orthopedic operations, no sound solutions exist to avoid conditions like tool breakage,
bone fracture/cracks and thermal necrosis for lacking understanding of the mechanics of the …

In bone cutting, the tissue is exposed to necrosis due to temperature elevation, which can
significantly influence postoperative results in orthopaedic surgeries. This damage is usually …

Abstract Analysis of a mechanism of bone cutting has an important theoretical and practical
significance for orthopaedic surgeries. In this study, the mechanism of material removal in …