Add to ORKGSurface texture of a tool plays an important role as it primarily controls the frictional behavior at the tribo interface. In the present investigation, pin-on-plate sliding tester was used to identify the effect of directionality of surface grinding marks on coefficient of friction and transfer layer formation. 080 M40 steel plates were ground to achieve different surface roughness with unidirectional grinding marks. Super purity aluminium pins were slid at a sliding velocity of 2 mm/s against the prepared steel plates. Grinding angle (i.e., the angle between direction of sliding and grinding marks) was varied between 0 o and 9
Friction influences the nature of transfer layer formed at the interface between tool and metal duri...
In the present investigation, various kinds of textures, namely, unidirectional, 8-ground, and rando...
In the present investigation, unidirectional, 8-ground, and random surface textures were attained on...
Surface texture of a tool plays an important role as it primarily controls the frictional behavior a...
Surface texture of a tool plays an important role as it primarily controls the frictional behavior a...
Surface texture influences friction and transfer layer formation during sliding. In the present inve...
Surface texture influences friction and transfer layer formation during sliding. In the present inve...
Surface texture of harder mating surfaces plays an important role during sliding against softer mate...
Surface texture of harder mating surfaces plays an important role during sliding against softer mate...
Surface texture influences friction and transfer layer formation during sliding. In the present inve...
Surface texture of a harder mating surface has a great influence on frictional behavior during slidi...
Surface texture of the tool is one of the most influential factors that affect friction at the inter...
Surface texture of the tool is one of the most influential factors that affect friction at the inter...
Surface topography of harder mating surface plays an important role in metal forming operations as i...
Surface topography of harder mating surface plays an important role in metal forming operations as i...
Friction influences the nature of transfer layer formed at the interface between tool and metal duri...
In the present investigation, various kinds of textures, namely, unidirectional, 8-ground, and rando...
In the present investigation, unidirectional, 8-ground, and random surface textures were attained on...
Surface texture of a tool plays an important role as it primarily controls the frictional behavior a...
Surface texture of a tool plays an important role as it primarily controls the frictional behavior a...
Surface texture influences friction and transfer layer formation during sliding. In the present inve...
Surface texture influences friction and transfer layer formation during sliding. In the present inve...
Surface texture of harder mating surfaces plays an important role during sliding against softer mate...
Surface texture of harder mating surfaces plays an important role during sliding against softer mate...
Surface texture influences friction and transfer layer formation during sliding. In the present inve...
Surface texture of a harder mating surface has a great influence on frictional behavior during slidi...
Surface texture of the tool is one of the most influential factors that affect friction at the inter...
Surface texture of the tool is one of the most influential factors that affect friction at the inter...
Surface topography of harder mating surface plays an important role in metal forming operations as i...
Surface topography of harder mating surface plays an important role in metal forming operations as i...
Friction influences the nature of transfer layer formed at the interface between tool and metal duri...
In the present investigation, various kinds of textures, namely, unidirectional, 8-ground, and rando...
In the present investigation, unidirectional, 8-ground, and random surface textures were attained on...