...Mouhab Meshreki; Helmi Attia; József Kövecses Many of the aerospace components are characterized by having pocket-shaped thin-walled structures. During milling, the varying dynamics of the workpiece due to the change of thickness affects the final part quality. Available dynamic models rely...

... were performed and the prediction errors were found to be less than 10%. The developed models will allow for interactive design of fixtures for practical aerospace components. 19 10 2009 19 01 2011 25 03 2011 25 03 2011 aerospace components design engineering...

... processes. micromachining intelligent segmentation trajectory generation feedrate optimization aerospace components automotive components cutting fans micromachining milling precision engineering splines (mathematics) 13 11 2009 28 10 2010 07 03 2011 07 03...

.... This proposed approach resulted in one to two orders of magnitude reduction in computational time when compared to FE models, with a prediction error less than 10%. 18 12 2006 23 01 2008 16 05 2008 aerospace components cutting design engineering finite element analysis fixtures...

...Xin-Jun Liu; Ilian A. Bonev Because of the increasing demand in industry for A/B-axis tool heads, particularly in thin wall machining applications for structural aluminium aerospace components, the three-degree-of-freedom articulated tool head with parallel kinematics has become very popular...