The use of ultrasonic reflection is emerging as a technique for studying tribological contacts. Ultrasonic waves can be transmitted non-destructively through machine components and their behaviour at an interface describes the characteristics of that contact. This paper is a review of the current state of understanding of the mechanisms of ultrasonic reflection at interfaces, and how this has been used to investigate the processes of dry rough surface contact and lubricated contact. The review extends to cover how ultrasound has been used to study the tribological function of certain engineering machine elements
Abstract: For more than a century, the contact between wheel and rail has been the subject of carefu...
Analysis of contact interfaces represents one of the most critical engineering problems and involves...
Received 15.11.2006; accepted in revised form 25.01.2007 Purpose: In metal forming, the conditions o...
The use of ultrasonic reflection is emerging as a technique for studying tribological contacts. Ultr...
Within the science of Tribology, there are few tools which practically and effectively allow the mea...
The ultrasonic reflection, and transmission, coefficients can be used to determine the extent of int...
In thin film or boundary lubricated contacts there is a possibility of potentially damaging asperity...
The interaction of machine components under loading is an integral part of railway engineering desig...
Wear in engineering contacts, which occurs as an unavoidable phenomenon linked to the relative motio...
A link between reflection coefficient, surface roughness and interfacial pressure is described for t...
Contacts of rough surfaces are present in almost all machines and mechanical components. Friction at...
Ultrasonics has been an established, versatile and widely used technique for many years, with pionee...
SUMMARY The measurement of the interface conditions in a cutting tool contact is essential inform...
When real engineering surfaces touch, contact occurs between the asperities of the surface roughness...
The authors are currently working on a project to improve the performance of rubber coupled ultrason...
Abstract: For more than a century, the contact between wheel and rail has been the subject of carefu...
Analysis of contact interfaces represents one of the most critical engineering problems and involves...
Received 15.11.2006; accepted in revised form 25.01.2007 Purpose: In metal forming, the conditions o...
The use of ultrasonic reflection is emerging as a technique for studying tribological contacts. Ultr...
Within the science of Tribology, there are few tools which practically and effectively allow the mea...
The ultrasonic reflection, and transmission, coefficients can be used to determine the extent of int...
In thin film or boundary lubricated contacts there is a possibility of potentially damaging asperity...
The interaction of machine components under loading is an integral part of railway engineering desig...
Wear in engineering contacts, which occurs as an unavoidable phenomenon linked to the relative motio...
A link between reflection coefficient, surface roughness and interfacial pressure is described for t...
Contacts of rough surfaces are present in almost all machines and mechanical components. Friction at...
Ultrasonics has been an established, versatile and widely used technique for many years, with pionee...
SUMMARY The measurement of the interface conditions in a cutting tool contact is essential inform...
When real engineering surfaces touch, contact occurs between the asperities of the surface roughness...
The authors are currently working on a project to improve the performance of rubber coupled ultrason...
Abstract: For more than a century, the contact between wheel and rail has been the subject of carefu...
Analysis of contact interfaces represents one of the most critical engineering problems and involves...
Received 15.11.2006; accepted in revised form 25.01.2007 Purpose: In metal forming, the conditions o...