Sustainable Applications for Tribology

Sustainable applications for tribology aims to promote an environmentally friendly environment by emphasizing sustainable solutions in tribology through the creation of self-lubricating materials, eco-friendly additives in lubricants, natural fiber-reinforced materials, and biomimetic strategies. The collection emphasizes new developments in tribology and sustainability, supported by schematic diagrams, data tables, and pictures for clarity. The collection covers topics such as tribology in machining and sliding wear, natural composites, green lubricants, biomedical systems, and wind energy systems to tackle global sustainability and regional needs.

The collection emphasizes sustainability through innovative tribological procedures and their crucial importance.

The collection explores the theoretical elements of several tribological subjects related to mechanical and material designs for energy-efficient systems.

The collection encompasses practical worldwide sustainability tailored to the specific needs of tribological research and its sustainable effects The collection examines the study of friction, wear, and lubrication of environmentally friendly lubricants, eco-friendly additives, and materials that are low in weight.

The collection explores subjects of biomimetics and biotribology.

Sustainable applications for tribology will benefit researchers, professionals, and graduate students in the fields of tribology, surface engineering, mechanical design, and materials engineering, such as mechanical, aerospace, chemical, and environmental engineering.

Keywords:

Tribology in machining, sliding wear, natural composites, green lubricants, biomedical systems, wind energy systems