10 research outputs found
An integrated framework for optimizing sculptured surface CNC tool paths based on direct software object evaluation and viral intelligence
Get PDFCalcul des efforts de coupe en fraisage 3 axes à l'outil hémisphérique à partir de trajectoire FAO
No full textInternational audienc
Prediction of cutting forces in milling of sculptured surfaces directly from CAM tool path
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Study on simulation and experiment of non-circular gear surface topography in ball end milling
No full textNeural networks in modeling of CNC milling of moderate slope surfaces
No full textComputer numerical control (CNC) allows achieving a high degree of automation of machine tools by pre-programmed numerical commands. CNC milling process is widely used in industry for machining of complex parts. The need of a description of the CNC milling process is necessary for production of precise parts. This paper introduces artificial neural network based modeling, while the CNC milling of moderate slope shapes is studied. The developed neural models consist of two inputs and two outputs. The created neural models were experimentally tested on the real data. Then, the evaluation and comparison of all models were performed
A framework for accuracy enhancement in milling thin-walled narrow-vane turbine impeller of NiAl-based superalloy
No full textRole of trochoidal machining process parameter and chip morphology studies during end milling of AISI D3 steel
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