Tribology and Mechanical Engineering Applications (ICTMEA-26)

This track focuses on the development and characterization of new tribological materials that enhance performance in mechanical systems. Researchers are invited to present studies on material properties, wear resistance, and innovative applications in various engineering fields.

This session explores the latest methodologies in friction analysis and modeling, emphasizing the theoretical and experimental approaches. Contributions that address friction behavior in different environments and materials are particularly encouraged.

This track aims to discuss innovative lubrication strategies that improve the efficiency and longevity of mechanical systems. Papers on both conventional and advanced lubrication techniques, including bio-lubricants and nanolubricants, are welcome.

This session delves into the various wear mechanisms affecting mechanical components in engineering applications. Researchers are invited to share insights on wear analysis, prevention strategies, and case studies from industry.

This track highlights the role of surface engineering in improving tribological performance in mechanical systems. Topics may include surface treatments, coatings, and modifications aimed at reducing friction and wear.

This session focuses on the development and standardization of tribological testing methods. Contributions that address innovative testing techniques and their relevance to real-world applications are encouraged.

This track investigates the principles of contact mechanics as they relate to tribological systems. Papers that explore the interaction between surfaces at the micro and macro scales are particularly welcome.

This session addresses the unique challenges and innovations in the field of nanotribology. Researchers are invited to present findings on nanoscale friction, wear, and lubrication phenomena.

This track explores the intersection of tribology and biomedical engineering, focusing on tribological challenges in medical devices and implants. Contributions that discuss biocompatibility and wear mechanisms in biological environments are encouraged.

This session examines the critical role of tribology in automotive engineering, including lubrication, wear, and friction in vehicle components. Papers that highlight advancements in automotive tribological solutions are particularly welcome.

This track focuses on the development and application of tribological coatings to enhance the performance of mechanical components. Researchers are invited to share their findings on coating technologies, performance evaluations, and case studies.