Background One of the most common fractures in the skeleton happens in the femur. One of
the important reasons for this fracture is because it is the longest bone in the body and …

This study employs a computational approach to analyse the impact of morphological
changes on the structural properties of biodegradable porous Mg subjected to a dynamic …

A new generation of bone scaffolds incorporates features like biodegradability and
biocompatibility. A combination of these attributes will result in having a temporary bone …

In this study, the mechanical properties of porous glass–ceramic scaffolds are investigated
by means of three-dimensional finite element models based on micro-computed tomography …

This study aims to determine the dimensional accuracy and porosity of polylactic acid
scaffold using 3D printing and the value of the effective elastic modulus. The main …

A biomaterial is a medical revolution that improves the quality of life. The Mechanical
property of biomaterial is required to be similar to replaced human part, study show that the …

This paper investigates different lattice arrangements of perforated hollow sphere structure
(PHSS) on their mechanical properties. For this new kind of hollow sphere structure, the …

This paper proposes a simple degradation model that estimates morphological changes in
pure iron scaffolding due to surface erosion. The main contribution of this work is to estimate …

Numerous patients suffer from psychological problems due to the non-repair of bone lesions
following bone fractures due to aging, trauma, illness, and accidents. However, one of the …

Bone Scaffold in terms of functionality as load-bearing applications requires that the material
should have sufficient strength not only at the moment of being implanted but also when the …