Five-Axis Machine Tool Condition Monitoring Using dSPACE Real-Time System

• Author

[1] Altintas Y 2011 Manufacturing Automation: Metal Cutting Mechanics, Machine Tool
Vibrations, and CNC Design (Cambridge: Cambridge University Press)
[2] Maj R, Modica F, Bianchi G 2006 Machine Tools - Mechatronic Analysis. Proc. IMechE, Part
B 220 345-353
[3] Yeung CH, Altintas Y, Erkorkmaz K 2006 Virtual CNC System - Part I: System Architecture
Int. J Mach Tools and Manuf 46 1107-1123.
[4] Chen YC, Tlusty J 1995 Effect of low-friction guideways and lead-screw flexibility on
dynamics of high-speed machines CIRP Annals 44 353–356.
[5] Erkorkmaz K, Altintas Y 2001 High speed CNC system design. Part III. High speed tracking
and contouring control of feed drives, Int J Mach Tools and Manuf 41 1637–1658.
[6] Armstrong HB, Dupont P, Canudas De Wit C 1994 A survey of models, analysis tools and
compensation methods for the control of machines with friction Automatica 1083–1138.
[7] Erkorkmaz K, Altintas Y 2001 High speed CNC system design. Part II. Modeling and
identification of feed drives, Int J Mach Tools and Manuf 41 1487–1509.
[8] Pislaru C, Ford DG, Freeman JM 1999 A New Approach to the Modelling and Simulation of a
CNC Machine Tool Axis Drive, Proc. Int. Conf. LAMDAMAP’ 99 vol 1 pp. 335-343.
[9] Pislaru C, Ford DG, Freeman JM 1999 Dynamic Simulation of CNC Machine Tool Axis Drives,
Proc. of Int. Conf. PCIM ' 99 pp. 259 -264 .
[10] Pislaru C, Ford DG, Holroyd G 2004, Hybrid Modelling and Simulation of a CNC Machine
Tool Axis Drive, Proc IMechE Part I2 218 111-120.
[11] Holroyd G, Pislaru C, Ford DG 2003 Determination of Stiffness and Damping Sensitivity for CNC Machine Tool Drives. Proc. IMechE C 217 1165–1177.
[12] Moreno-Castaneda VY, Pislaru C, Freeman JM, Ford DG 2003 Modelling and Simulation of a
Feed Drive Using the Transmission Line Modelling Technique, Proc. Int Conf LAMDAMAP 2003, pp. 193-204.
[13] Pislaru C, Moreno-Castaneda VY, Ford DG 2004 Dynamic Model of a Non-linear Servo
Control System Using Transmission Line Modelling Technique. Proc. Int Conf CONTROL 2004, pp 65–70.
[14] Pislaru C., Ford DG., Moreno-Castaneda VY, Myers A 2005 Modelling and Simulation of CNC
Machine Tool Feed Drives. Proc. LAMDAMAP 2005, pp. 220-229.
[15] Pislaru C, Ford DG, Myers A 2006 Methods for Modelling and Simulating the Dynamic
Behaviour of CNC Machine Tool Feed Drives. Proc. EUSPEN 2006, pp.147-150.
[16] Moreno-Castaneda VY, Pislaru C., Ford DG., Longstaff AP., Myers A. 2005 Modelling and
Simulation of the Dynamic Behaviour of a Ball-screw System Using Transmission Line
Modelling Technique. Proc. LAMDAMAP 2005, pp 210-219.
[17] Pislaru C, Ford, DG, Sztendel S, Myers A 2009 Optimisation of Real-Time Implementation for
High Speed Drives Models. Proc. Int Conf LAMDAMAP 2009, Brunel, pp. 138-146.
[18] Sztendel S, Pislaru C, Poxton A, Ford DG, Myers, A 2009 Developing Mechatronic Models Of
Modern CNC Machine Tools For Real-Time Implementation. Proc. LAMDAMAP, 147-155.
[19] Dougal R, Monti A, 2000 High level virtual prototyping with hardware in the loop, IEEE VIMS00, Annapolis
[20] Baracos P, Murere G., Jin W 2001 Enabling pc-based HIL simulation for automotive applications, IEEE Elec Mach Drives Conf 2001, pp. 721 -729.
[21] Zirn O, Nowak J, Hiller B 2007 Dynamic coupling force compensation for direct-driven machine tools. IEEE Ind. Applications Society Annual Meeting, New Orleans
[22] Jędrzejewski, J., Kwaśny, W 1996 Artificial Intelligence Tools in Diagnostics of Machine Tool
Drives, CIRP Annals – Manufacturing Technology Part I1 45 411-414.
[23] Tobon-Mejia, D.A, Medjaher, K., Zerhouni, N 2012 CNC machine tool's wear diagnostic and
prognostic by using dynamic Bayesian networks, Mechanical Systems and Signal Processing,
28 167-18