As drilling generates substantial bone thermomechanical damage due to inappropriate
cutting tool selection, researchers have proposed various approaches to mitigate this …

Silica aerogel is a material composed of SiO2 that has exceptional physical properties when
utilized for tissue engineering applications. Poly-ε-caprolactone (PCL) is a biodegradable …

Bone-drilling operation necessitates an accurate and efficient surgical drill bit to minimize
thermal damage to the bone. This article provides a methodology for predicting the bone …

The existing surgical drill bit is not fully optimized to protect against thermal damage during
the bone-drilling surgeries. In this study, the optimal drill bit design that induces minimum …

Abstract Background and Objective Conventional surgical drill bits suffer from several
drawbacks, including extreme heat generation, breakage, jam, and undesired breakthrough …

Excessive heat generated from wrong combinations of bone-drilling parameters could kill
the bone cells (thermal osteonecrosis). This paper combines numerical, experimental, and …

This paper compares the maximum temperature elevation in human, bovine and porcine
bone corresponding to the drilling rotational speed from 1,000 to 10,000 rev/min. For this …

Surgeons face a significant challenge due to the heat generated during drilling, as
excessive temperatures at the bone–tool interface can lead to irreversible damage to the …

Objective: In the process of cochlear implantation surgery, it is crucial to develop a method to
control the temperature during the drilling of the implant channel since high temperatures …

Introduction Power insertion of screws using high-speed saves time during operative fixation
of fractures compared to manual insertion. Heat production during screw insertion may …