[PDF][PDF] Using virtual manufacturing simulation in 3D cutting forces prediction
G Patrascu, G Carutasu - Fascicle of Management and …, 2007 - researchgate.net
G Patrascu, G Carutasu
Fascicle of Management and Technological Engineering, 2007•researchgate.netThis paper present a FEM model for 3D simulation of turning process with chip breaker tools.
The model uses Oxley's machining theory to predict cutting forces for square inserts. Inserts
were modelled with CATIA V5R8 and exported as STL files to import them in DEFORM
3DTM software. A comparison made between predicted and experimental results shows
good agreement.
The model uses Oxley's machining theory to predict cutting forces for square inserts. Inserts
were modelled with CATIA V5R8 and exported as STL files to import them in DEFORM
3DTM software. A comparison made between predicted and experimental results shows
good agreement.
Abstract
This paper present a FEM model for 3D simulation of turning process with chip breaker tools. The model uses Oxley’s machining theory to predict cutting forces for square inserts. Inserts were modelled with CATIA V5R8 and exported as STL files to import them in DEFORM 3DTM software. A comparison made between predicted and experimental results shows good agreement.
researchgate.net
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