Post‐operative bone growth and long‐term bone adaptation around the orthopaedic
implants are simulated using the mechanoregulation based tissue‐differentiation and …

Orthopedic bone plates, traditionally made from materials such as stainless steel or titanium
alloy, have been pivotal in treating fractures. However, the disparity in modulus between …

Longer-term stability of uncemented femoral stem depends on ossification at bone-implant
interface. Although attempts have been made to assess the amount of bone growth using …

Background: Plate osteosynthesis is a widely used technique for bone fracture fixation;
however, complications such as plate bending remain a significant clinical concern. A better …

Orthopaedic trauma is a predominant cause of patient mortality and prompt surgical
interventions. The locking compression plate (LCP) is widely regarded as a gold standard in …

This paper aims to identify an optimum bone fracture stabilizer. For this purpose, three
design variables including the ratio of the screw diameter to the plate width at three levels …

Performance of the locking compression plate (LCP) is a multifactorial function. The control
parameters of plating, such as geometries, material properties, and physical constraints of …

Extramedullary devices are used extensively to stabilize fractures in long bones. The type of
pin–bone anchorage is a determining factor in fixation properties, which differ between …

Background: This comparative study simulates bone healing outcomes around tibial
diaphyseal fractures under unilateral uniplanar external fixators and compares mono …

Introduction In the early stage of fracture fixation, the aim of a unilateral external fixator (UEF)
to stimulate healing and maintain stability may be suppressed by using inadequate number …