Tribology Across Scales: Theory, Simulation and Experiment
A Tribute to Valentin L. Popov
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Beschreibung
This book is dedicated to Prof. Dr. rer. nat. Valentin L. Popov, who has become an internationally recognized leading figure in the field of tribology within the past 35 years. He has collaborated with numerous scientists and researchers all over the world. His countless publications cover not only research contributions to classical tribology in mechanical engineering, but also to more modern fields such as nanotribology or biotribology. They include experimental investigations, theoretical approaches, and numerical simulations from the nanoscale to the macroscale. In tribute to the outstanding work of Prof. Popov, this book brings together advanced contributions in the field of tribology written by more than 40 distinguished scientists and researchers.
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This book is dedicated to Prof. Dr. rer. nat. Valentin L. Popov, who has become an internationally recognized leading figure in the field of tribology within the past 35 years. He has collaborated with numerous scientists and researchers all over the world. His countless publications cover not only research contributions to classical tribology in mechanical engineering, but also to more modern fields such as nanotribology or biotribology. They include experimental investigations, theoretical approaches, and numerical simulations from the nanoscale to the macroscale. In tribute to the outstanding work of Prof. Popov, this book brings together advanced contributions in the field of tribology written by more than 40 distinguished scientists and researchers.
MP4 File via app: download the SN More Media app for free, scan a link with play button and
access MP4 File directly on your smartphone or tablet.
Provides new insights into multi-scale and multi-physics nature of friction Includes methods for the simulation of tribological processes on different time and length scales Additional multimedia content accessible in browser or via SN More Media App
Autor*in
Jasminka Starčević
Themen in »Tribology Across Scales: Theory, Simulation and Experiment«
contact mechanics friction adhesion lubrication biotribology fracture mechanics fretting stick-slip motion electrovibration ultrasonic boundary element method method of dimensionality reduction multi-scale modeling functionally graded materials