Challenges of mechanical surface characterization of biomedical materials
In the field of mechanical engineering, efforts to replicate nature encounter numerous material obstacles. Despite significant advancements by bioengineers, ensuring the longevity of new implants and tissue replacement remains paramount. It is therefore extremely important to thoroughly characterize the surface mechanical properties of biological materials and newly developed biomaterials.
In our upcoming webinar, we will demonstrate the mechanical characterization of surfaces across a large spectrum of biomedical materials and implants. Jiri Nohava, PhD., will explain how surface mechanical testing can contribute to tissue engineering and will offer insights into bone anisotropy and joint implant tribology. The webinar will comprehensively showcase the practical applications of measurement of surface mechanical properties across biological and biomaterial scales, ranging from the softest to the hardest materials.
Webinar highlights:
- Mechanical properties of rat femur and human knee cartilage
- The human cornea and its properties
- Anisotropy of bone tissue
- The effect of chemical and biological damage on tooth enamel
- Friction of hip and knee implants
This webinar is especially useful for:
- Biomechanical engineers
- University hospitals
- Bioengineering departments
Jiri Nohava is the Head of Product Competence & Lead Application Scientist of the Mechanical Surface Characterization unit at Anton Paar. He obtained his PhD in materials science at the Czech Technical University in Prague. He joined Anton Paar in 2007 and has become a specialist in instrumented indentation and tribology in various domains. His main task is development of new applications with Anton Paar instruments in scientific and industrial projects. He regularly publishes in peer-reviewed journals and participates in international conferences.
Get free access now!
Simply fill out the form below to receive free access to tools and restricted content.
