Download PDFOpen PDF in browserA Materials and Energy Balance of Bio-Mimic TribologyEasyChair Preprint 92167 pages•Date: November 1, 2022AbstractBio-inspired tribology is viable for the synchronization of materials-energy balance at TRIBO interface. Adhesion, lubrication, and wear control of the biomechanical domain carried scientific innovation for the promotion of sustainability. One-third share of high-grade fuel energy is lost at tribological contacts globally by mechanical machinery in the generation of mechanical work. Environmental loading of carbon created an academic inertia during SARS-CoV-2 pandemic outbreak or post-pandemic zone for re-searching at bio-inspired tribology. Academic content is a heterogeneous expression of adsorption, friction, and energy optimization over engineering surfaces. Keyphrases: Adsorption, COF, Nanoparticles, Supramolecular interaction, Synovial lubrication, stick-slip friction
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