In this paper, the effects of multiple layer hard surface coatings of cutting tools on cutting forces in steel turning are presented and discussed based on an experimental investigation with different commercially available carbide inserts and tool geometries over a range of cutting conditions. The cutting forces when turning with surface coated carbide inserts are assessed and compared qualitatively and quantitatively with those for uncoated tools. It shows that hard surface coatings reduce the cutting forces, although the reduction is marginal under lighter cutting conditions. The cutting force characteristics for surface coated tools are also discussed and show similar trends to those of uncoated tools
Abstract. Surface roughness in a turning operation is affected by a great number of factors. Two of ...
Turning tools come in different shapes and sizes, geometry, base material and coating, according to ...
The effects of a number of cutting tool coating materials on the surface quality of workpieces, depe...
The effects of the popular TiN and TiCN coatings on the cutting process, friction and predictive mec...
The present work studies some aspects of the turning process applied on hardened steel using multila...
The work presented in this paper examines the effects of cutting parameters (cutting speed, feed rat...
How the different types of cutting inserts coatings influence on surface roughness and tool wear, ta...
The effects of a number of cutting tool coating materials on the surface quality of workpieces, depe...
AbstractThe machining of hard turning is carrying out on hardened steel in the range of 45 to 68 Roc...
Hard coatings are well known to improve the performance of cutting tools in machining applications,...
High usage of hardened steel in the automotive, gear, bearing, tool and die making industries, makes...
The performance of a multilayer tungsten carbide tool was described using response surface methodolo...
Analyzing wear mechanisms and developments of surface layers in WC/Co-cemented carbide cutting inser...
Hard turning has been explored as an alternative to the traditional processing technique used to man...
In the present paper, the effect of the coated cutting edge shape on the tool milling performance is...
Abstract. Surface roughness in a turning operation is affected by a great number of factors. Two of ...
Turning tools come in different shapes and sizes, geometry, base material and coating, according to ...
The effects of a number of cutting tool coating materials on the surface quality of workpieces, depe...
The effects of the popular TiN and TiCN coatings on the cutting process, friction and predictive mec...
The present work studies some aspects of the turning process applied on hardened steel using multila...
The work presented in this paper examines the effects of cutting parameters (cutting speed, feed rat...
How the different types of cutting inserts coatings influence on surface roughness and tool wear, ta...
The effects of a number of cutting tool coating materials on the surface quality of workpieces, depe...
AbstractThe machining of hard turning is carrying out on hardened steel in the range of 45 to 68 Roc...
Hard coatings are well known to improve the performance of cutting tools in machining applications,...
High usage of hardened steel in the automotive, gear, bearing, tool and die making industries, makes...
The performance of a multilayer tungsten carbide tool was described using response surface methodolo...
Analyzing wear mechanisms and developments of surface layers in WC/Co-cemented carbide cutting inser...
Hard turning has been explored as an alternative to the traditional processing technique used to man...
In the present paper, the effect of the coated cutting edge shape on the tool milling performance is...
Abstract. Surface roughness in a turning operation is affected by a great number of factors. Two of ...
Turning tools come in different shapes and sizes, geometry, base material and coating, according to ...
The effects of a number of cutting tool coating materials on the surface quality of workpieces, depe...