Frictional Sliding and Charge Transfer in Surface Force Apparatus - Kumar, Jagadish
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This book is based on a dynamical approach in modeling of stick slip phenomena at micrometer length scales, which is generally observed in surface force apparatus. While friction has been studied since the days of Leonardo da Vinci, even today, the concept of friction, in particular, in the context of contact at nano-meter and micron scales remains ill understood. In contrast, there have been rapid advances in experiments at nano-scale even as they lack of theoretical support. This book describes on contact dynamics associated with frictional sliding using surface force apparatus. It is mainly…mehr

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Produktbeschreibung
This book is based on a dynamical approach in modeling of stick slip phenomena at micrometer length scales, which is generally observed in surface force apparatus. While friction has been studied since the days of Leonardo da Vinci, even today, the concept of friction, in particular, in the context of contact at nano-meter and micron scales remains ill understood. In contrast, there have been rapid advances in experiments at nano-scale even as they lack of theoretical support. This book describes on contact dynamics associated with frictional sliding using surface force apparatus. It is mainly based on contact mechanics, visco-elastic deformation and plastic deformation of interface material.
Autorenporträt
Dr. Jagadish Kumar is a faculty in the department of Physics at Utkal University, India. His area of research is on modeling of non-equilibrium realistic systems by using the methods of Non-linear dynamics. The main emphasis is on deformation dynamics at micro/nano length scales, contact mechanics, adhesion and friction, multi-asperity friction.