The main goal of the work is to develop a comprehensive testing process for polyetheretherketone (PEEK) manufactured by the additive method in medical implantation applications for complex load condition obtained from biomechanical modeling and measurements in the motion analysis laboratory. Biocompatible PEEK material is currently used in various medical areas such as dentistry, knee implants, spine implants, plastic surgery and as hip joint endoprostheses. Big the advantage of PEEK is its compatibility with existing implant materials and fillers used during surgery. PEEK and its composites are characterized very good mechanical and physicochemical properties. Being able to print it provided much-needed development and manufacturing assistance complex implant geometries. Observations s
Experimental research and numerical analysis of incrementally produced polyetheretherketone in medical applications
Abstract
Keywords
abaqus
Bioengineering
computer simulation
Name supervisor
Robert Roszak
E-mail
robert.roszak@b-tu.de
Name of Department/Faculty/School
Chair of Engineering mechanics and machine dynamics/Mechanical Engineering, Electrical and Energy Systems/BTU Cottbus Senftenberg
Name of the host University
Brandenburg University of Technology Cottbus – Senftenberg (BTU)
EUNICE partner e-mail of destination Research
Adriana.Handrich@b-tu.de
Country
Germany
Thesis level
Master
Minimal language knowledge requisite
English B1
Thesis mode
Hybrid
Start date
Length of the research internship
12 months
Financial support available (other than E+)
Maybe