... chatter mechanical stability milling vibrations stability prediction milling integral equation numerical integration Floquet theory It is well recognized that the chatter stability for metal cutting is a vital issue in current research, which has gained considerable attention...

... have disappeared. cutting tools frequency-domain analysis machining chatter mechanical stability milling Runge-Kutta methods chatter stability five-axis ball-end milling lead and tilt angles Five-axis ball-end milling is commonly used in manufacturing of complex shaped...

... Conditions Due to Structural Nonlinearities in Regenerative Chatter ,” Nonlinear Dyn. 0924-090X , 56 , pp. 415 – 427 . 10.1007/s11071-008-9411-x 29 09 2006 28 03 2009 13 11 2009 13 11 2009 Chebyshev approximation cutting machining chatter mechanical stability...

... will be identical to the Eqs. 10 , 11 but with an opposite sign. 29 07 2008 27 04 2009 08 07 2009 cutting cutting tools damping machine tool spindles machining chatter mechanical stability turning (machining) vibrations chatter turning stability The productivity...

... formulation reduces to a one-dimensional (1D) expression for boring stability predictions. chatter insert nose model turning stability boring stability boring mechanical stability turning (machining) machining chatter cutting cutting tools 01 06 2006 14 03 2007 2007...

... dynamics prediction chatter vibration design optimization machine tool spindles design engineering milling cutting tools machining chatter vibrations elastic deformation mechanical stability cutting 20 02 2006 08 11 2006 2007 American Society of Mechanical Engineers ...

... workpieces hardened to RC60-62 were used in the grinding tests. The other grinding conditions are provided in Table 4 . 31 07 2006 26 10 2006 time-domain analysis mechanical stability grinding machining chatter grinding machines wheels blades mechanical contact deformation...

... milling machines vibrations eigenvalues and eigenfunctions cutting mechanical stability plunge milling chatter cutting force Sample plunge milling operations are illustrated in Fig. 1 . The cutter can be plunged into a solid block with full immersion like in drilling (Fig. 1a...

..., which are generally neglected in macroscale end milling, affect the microend mill stability significantly. 10 03 2005 28 03 2006 milling fault diagnosis design engineering shearing mechanical stability vibrations machine tool spindles error analysis Since the edge radius...

.... At the onset of corrugation, adjacent web layers couple through surface contact which is incorporated in the model as an elastic shear layer. 12 06 2004 13 07 2005 buckling mechanical stability sheet metal processing paper polymer films internal stresses elasticity Web materials...

... for publication in the JOURNAL OF MANUFACTURING SCIENCE AND ENGINEERING . Manuscript received Oct. 2002; Revised Dec. 2003. Associate Editor: Dong-Woo Cho. 01 Oct 2002 01 Dec 2003 07 09 2004 machining mechanical stability vibrations damping Periodic time variation occurs...

... for the understanding of chatter characteristics and mechanism, and thus provides the essential bases for effective control of rolling instability and chatter-free roll mill design. cold rolling mechanical stability nonlinear dynamical systems Contributed by the Manufacturing Engineering Division...

... 2002 23 07 2003 machining digital simulation kinematics vibrations mechanical stability Milling time domain simulations can provide useful predictions, such as cutting forces and bending moment, torque and power, surface error profile from static and dynamic deflection, surface...

... 2002. Associate Editor: S. Kapoor. 01 September 2000 01 July 2002 04 03 2003 machining machine tools cutting design for manufacture vibrations mechanical stability machine theory Chatter vibrations develop due to dynamic interactions between the cutting tool...

... structures rotating bodies mechanical stability machine theory The line boring process is used to machine with high precision a series of concentric, axially spaced bores, e.g., the crankshaft and camshaft bores of an engine. Figure 1 illustrates a line boring process with a Mapal tool, which...

... SCIENCE AND ENGINEERING . Manuscript received September 2000; Revised July 2002. Associate Editor: S. Kapoor. machining machine tools cutting design for manufacture vibrations machine theory mechanical stability Chatter is one of the most critical limitations in machining...

... in the following years. This introduces many challenging issues in manufacturing these new materials, including buckling prediction. buckling mechanical stability finite element analysis stress analysis 01 June 2001 01 December 2001 11 07 2002 Contributed by the Manufacturing...

... have shown the influence of different cutting parameters (variation of cutting forces, depth of cut and cutting speed) on the final results of the machining process, generally characterized by the final workpiece’s profile and surface texture. machining vibration control mechanical stability...

... by the Manufacturing Engineering Division for publication in the Journal of Manufacturing Science and Engineering. Manuscript received October 2000; Revised October 2001. Associate Editor: Y. Altiutas. 01 October 2000 01 October 2001 11 07 2002 machining mechanical stability machine tools...

... at the contact interfaces play an important role in energy dissipation. Therefore, in order to gain a complete picture of the machining dynamics, the workpiece-fixture interaction needs to be considered. machining mechanical stability vibration control friction damping cutting 01 February...