紀要論文

層状物質内格子不整合界面による超潤滑材料探索

EXPLORING SUPERLUBRICATING MATERIAL BY DEVELOPING INCOMMENSURATESLIDING INTERFACE IN LAYERED MATERIAL

jpn

24368083

https://doi.org/10.15002/00026308

法政大学大学院理工学研究科

法政大学大学院紀要. 理工学研究科編

64

1

5

2023-03-24

Version of Record

Friction exists around us every day and has been recognized since ancient times as resistance to the movement of objects. Friction causes friction and wear in mechanical products, resulting in enormous energy loss. Approximately 25% of the energy consumed is consumed by friction, and approximately 70% of mechanical failures are caused by wear material fatigue associated with friction. Technological development to minimize friction in this way plays a major role in all industries. It is clear that. In this study, based on the existing atomic-scale friction theory, by applying shearing to solid lubricants with a close-packed hexagonal lattice, we search for solid lubricants in a superlubricated state with theoretically smaller friction generation. The purpose is to In addition, based on previous research, we also aim to search for solid lubricants that are more industrially feasible.

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