Key Research Areas
Classical Tribology
◦ Classical Tribology: Research to assess friction, wear, and lubrication of engineering materials.
◦ Surface Coatings: Characterization from tribological point of view, including adhesion, friction and peeling.
• Surface characterization: Advanced analysis of roughness, hardness, and material properties to optimize tribological performance.
Biotribology
• Biotribology & Medical Implants: Investigating friction and wear in orthopedics, spinal implants, prosthetic joints, and dental materials to enhance longevity and performance.
◦ Ophthalmic Tribology: Studying lubrication mechanisms in contact lenses and artificial tear solutions to improve comfort and durability.
◦ Soft Tissue & Skin Tribology: Analyzing skin friction for applications in dermatology, cosmetics, and robotics.
◦ Tribological Coatings & Biomaterials: Testing advanced surface coatings to reduce wear and friction in biomedical applications.
• Biomimetic Surfaces: Integrating biomimetic principles for innovative tribologal applications, such as self-cleaning ability, bio-inspired attachment elements and improving performance and longevity in diverse applications.