The physical and chemical phenomena that govern both the friction and wear in moving contacts take place at the surfaces of the solids in relative motion. Usually, the interaction mechanisms at the outermost surfaces are the most crucial for tribological performance
Reciprocating ball-on-flat dry sliding friction and wear experiments have been conducted on singleph...
Tribological interaction often generates new structures and materials which form the interface betwe...
The surface properties of a bulk material are not accepted totally and independently. The tribology ...
The development of the chemical vapour deposition and plasma-assisted vapour deposition processes ha...
A holistic approach to the study of the important tribological contact mechanisms is described, whic...
The tribological mechanisms pertinent to thin coatings in sliding contacts are described using a sys...
he fundamentals of coating tribology are presented by using a generalised holistic approach to the f...
In the course of this research in the field of automotive technology, systematic patterns and featu...
The tribological and lubricated behavior of both oxide and nonoxide ceramics are reviewed in this ch...
A comprehensive concept for friction mechanisms of coated surfaces is presented. The friction mechan...
This book presents a general view on thin surface coatings used for tribological applications and it...
The fundamentals of coating tribology are presented in a generalised holistic approach to friction a...
Reciprocating ball-on-flat dry sliding friction and wear experiments have been conducted on singleph...
The surface coating field is a rapidly developing area of science and technology that offers new met...
When a ceramic is brought into contact with itself, another ceramic, or a metal, strong bond forces ...
Reciprocating ball-on-flat dry sliding friction and wear experiments have been conducted on singleph...
Tribological interaction often generates new structures and materials which form the interface betwe...
The surface properties of a bulk material are not accepted totally and independently. The tribology ...
The development of the chemical vapour deposition and plasma-assisted vapour deposition processes ha...
A holistic approach to the study of the important tribological contact mechanisms is described, whic...
The tribological mechanisms pertinent to thin coatings in sliding contacts are described using a sys...
he fundamentals of coating tribology are presented by using a generalised holistic approach to the f...
In the course of this research in the field of automotive technology, systematic patterns and featu...
The tribological and lubricated behavior of both oxide and nonoxide ceramics are reviewed in this ch...
A comprehensive concept for friction mechanisms of coated surfaces is presented. The friction mechan...
This book presents a general view on thin surface coatings used for tribological applications and it...
The fundamentals of coating tribology are presented in a generalised holistic approach to friction a...
Reciprocating ball-on-flat dry sliding friction and wear experiments have been conducted on singleph...
The surface coating field is a rapidly developing area of science and technology that offers new met...
When a ceramic is brought into contact with itself, another ceramic, or a metal, strong bond forces ...
Reciprocating ball-on-flat dry sliding friction and wear experiments have been conducted on singleph...
Tribological interaction often generates new structures and materials which form the interface betwe...
The surface properties of a bulk material are not accepted totally and independently. The tribology ...
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