Titanium is one of the most important materials in medical engineering, particularly for implants, due to its excellent biocompatibility and corrosion resistance.

Through nanostructuring, for example by Severe Plastic Deformation or surface modification, both the mechanical properties and biological interactions can be further enhanced.?The goal of this thesis is to conduct a systematic literature review that identifies, compares, and evaluates current methods, materials, and applications of nanostructured titanium in medical technology. In addition to analyzing structure–property relationships, existing research gaps and potentials for industrial implementation shall be identified.

Special attention will be given to the Equal Channel Angular Swaging (ECAS) process developed at the institute and its potential for biomedical applications. The findings from the literature study will be critically evaluated against the ECAS process, and selected experimental trials will be carried out to validate and support the insights obtained.

The results will serve as a scientific foundation for future development projects in the field of biofunctional and nanostructured titanium materials.

Research method

Experimental, theoretical