Ken Nakano (@k2n3ynu) 's Twitter Profile
Ken Nakano

@k2n3ynu

Professor at Yokohama National University, attracted by the mysteries of solid friction. How does its complexity emerge?

ID: 1346233844626649088

linkhttps://researchmap.jp/K2N3?lang=en calendar_today04-01-2021 23:15:47

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Physical Review E (@physreve) 's Twitter Profile Photo
Physical Review E
@physreve

5 years ago

Dynamic stiction without static friction: The role of friction vector rotation, Ken Nakano and Valentin L. Popov #friction #mechanics go.aps.org/3a1yBcv

Dynamic stiction without static friction: The role of friction vector rotation, Ken Nakano and Valentin L. Popov #friction #mechanics go.aps.org/3a1yBcv
Ken Nakano (@k2n3ynu) 's Twitter Profile Photo
Ken Nakano
@k2n3ynu

5 years ago

Static friction might be an illusion made by the rotation of kinetic friction. See: Nakano & Popov, Phys. Rev. E 102, 063001 (2020). journals.aps.org/pre/abstract/1…

Ken Nakano (@k2n3ynu) 's Twitter Profile Photo
Ken Nakano
@k2n3ynu

9 months ago

Or static friction may actually be an illusion created by simple mechanical responses to solid viscoelasticity. See: Watanabe & Nakano, Phys. Rev. E 111, 065504 (2025). doi.org/10.1103/dn4g-c…

Ken Nakano (@k2n3ynu) 's Twitter Profile Photo
Ken Nakano
@k2n3ynu

9 months ago

This simple toy model exhibits four types of dynamics, including stick-slip instability, without using artificial friction laws. The key is the lift-up motion of the rigid probe that slides against the viscoelastic solid. See: Watanabe & Nakano, Phys. Rev. E 111, 065504 (2025).