The quality of surfaces machined by lapping depends on numerous variables, some of them controllable and others not. Their existence renders the task of selecting adequate working parameters and their values (set points) such as to obtain the desired response difficult. For this reason, this paper discusses the robust parameter design as an optimisation method for plane lapping. The paper presents the working equipment, the utilized methodology as well as the obtained experimental results. The output quantities selected for describing the lapped surface quality and the machining productivity, respectively, were roughness Ra and the height of the cut layer h
In order to meet the high precision requirement in various mechanical applications, ball screws are...
In any machining process, apart from obtaining the accurate dimensions, achieving a good surface qua...
The process of lapping has been long considered an art due to the tremendous amount of variability a...
The quality of surfaces machined by lapping depends on numerous variables, some of them controllable...
The lapping process is one of the traditional finishing processes and generally it is conducted as m...
Lapping appears like a miraculous process, because it can produce surfaces that are perfectly flat, ...
To date lapping as a finishing process of part surfaces lacks an underlying digital knowledge base. ...
Over the last three decades, researchers have responded to the demands of industry to manufacture me...
The regularities of the formation of the resulting raster tool trajectories based on Lissajous figur...
The evaluation of dynamic interactions between tool and worked part in machining operations is fund...
The most important parameter describing surface integrity is surface roughness. In the manufacturing...
The quality of a machined surface can be described by macro and micro parameters, like the size erro...
The goal of modern industry is to manufacture low cost, high quality products in short time. Optimum...
Turning operation plays significant role in manufacturing industry especially to fabricate machined ...
Optimum machining conditions were determined for various materials, steels, cast irons, brasseses, ...
In order to meet the high precision requirement in various mechanical applications, ball screws are...
In any machining process, apart from obtaining the accurate dimensions, achieving a good surface qua...
The process of lapping has been long considered an art due to the tremendous amount of variability a...
The quality of surfaces machined by lapping depends on numerous variables, some of them controllable...
The lapping process is one of the traditional finishing processes and generally it is conducted as m...
Lapping appears like a miraculous process, because it can produce surfaces that are perfectly flat, ...
To date lapping as a finishing process of part surfaces lacks an underlying digital knowledge base. ...
Over the last three decades, researchers have responded to the demands of industry to manufacture me...
The regularities of the formation of the resulting raster tool trajectories based on Lissajous figur...
The evaluation of dynamic interactions between tool and worked part in machining operations is fund...
The most important parameter describing surface integrity is surface roughness. In the manufacturing...
The quality of a machined surface can be described by macro and micro parameters, like the size erro...
The goal of modern industry is to manufacture low cost, high quality products in short time. Optimum...
Turning operation plays significant role in manufacturing industry especially to fabricate machined ...
Optimum machining conditions were determined for various materials, steels, cast irons, brasseses, ...
In order to meet the high precision requirement in various mechanical applications, ball screws are...
In any machining process, apart from obtaining the accurate dimensions, achieving a good surface qua...
The process of lapping has been long considered an art due to the tremendous amount of variability a...