The field of biomaterials science is highly active, with a steadily increasing number of
publications and new journals being founded. This article brings together contributions from …

Iron has been vigorously studied as a potential biodegradable bone scaffold in the past
decade due to its appealing mechanical strengths and biodegradability. Nevertheless, its …

Metals like iron, zinc and magnesium are gaining the attention of researchers in the field of
biomedical implants owing to their good mechanical and biodegradable properties …

This paper reports the production and characterizations of some Fe-xMg (x= 3, 5, 7 wt.%)
alloys. These Fe-Mg alloys were prepared using the mechanical alloying method followed …

The goal of the current work is to analyse the Zn scaffold porosity effects on its corrosion
behavior. Organized porous network structure (OPNS) zinc samples with varying porosity …

In the recent era, the demand for structure design and materials that have mechanical
properties to absorb high energy absorption and fracture resistance is growing …

The integration of additive manufacturing method to biomedical field has emerged to provide
alternate solutions by providing personalized and precise health-care devices. This chapter …

Additive manufacturing, or AM, or 3D printing is the technology that is commonly used to
create genuine three-dimensional objects that made of ceramic, metal, polymer, or …