SCIENTIFIC PUBLICATIONS (Theory)
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TA006E: A new Laser Non-contact Method for the Measurement of a spindle
Error Motion
Laser Vector Measurement Technique for the Determination and Compensation of Volumetric Position Errors
TA010E: Part I: Basic Theory (C.P. Wang)
TA009E: Part II: Experimental Verification (J. Janeczto, B. Griffin, C.P. Wang) Review of Scientific Instruments – Volume 71, Number 10, October 2000
TA011E: Non contact Laser Techique for Circular Contouring Accuracy Measurements
TA012E: Non-circular Contouring Measurement for Servo Tuning and Dynamic Performance of a CNC Machine
TA013E: A linear actuator system with 1-angstrom closed-loop control resolution and 50-milimeter travel range
TA015E: A theoretical analysis of 4 body diagonal displacement measurement and sequential step diagonal measurement
TA016E: What is 3D volumetric positioning accuracy and How to define and measure it
TA017E: 3 Dimensional machine tool positioning accuracy, laser vector measurement vs. linear measurement
TA018E: A Laser Vector Technique for the Measurement of Static Positioning Errors & Compensation
TA019E: Volumetric Positioning Accuracy of a Vertical Machining Center equipped with Linear Motor Drives (evaluated by the Laser Vector Method)
TA020E: Measurement of Volumetric Positioning Accuracy of a 5-axis Machine by Laser Vector Technique
TA022E: 3D Volumetric Positioning Measurement and Compensation of CNC Machines Using Laser Vector Technique
TA023E: Volumetric positioning Accuracy of CNC Machining Center Definitions and Measurements
TA026E: 3D Volumetric Positioning Errors of CNC Machining Centers Theoretical Derivations and Laser Vector Measurement
TA031E: Theoretical derivations of 4 body diagonal displacement errors in 4 machine configurations
TA033E: Machine Tool 3D Volumetric Positioning Error Measurement Under Various Thermal Conditions
TA033E: Measurement and Control of 3D volumetric positioning errors with thermal deflections (Reprint)
TA038E: A new formulation of laser step diagonal measurement – three dimensional case
TA501E: A Vector Method for the Measurement of Positioning errors and Straightness Errors Over a Machine Work Volume
TA503E: Issues in Laser step diagonal measurement and their remedies
TA522E: Using the laser doppler displacement meter for precision positioning and motion control
(C.P. Wang)
Laser Vector Measurement Technique for the Determination and Compensation of Volumetric Position Errors
TA010E: Part I: Basic Theory (C.P. Wang)
TA009E: Part II: Experimental Verification (J. Janeczto, B. Griffin, C.P. Wang) Review of Scientific Instruments – Volume 71, Number 10, October 2000
TA011E: Non contact Laser Techique for Circular Contouring Accuracy Measurements
(C.P. Wang, B. Griffin) Review of Scientific Instruments – Volume 72, Number 2, February 2001
TA012E: Non-circular Contouring Measurement for Servo Tuning and Dynamic Performance of a CNC Machine
(C.P. Wang)
TA013E: A linear actuator system with 1-angstrom closed-loop control resolution and 50-milimeter travel range
(D. Shu, Y. Han, T.S.Toellner, and E.E. Alp, Advanced Photon Source, Argonne National Laboratory)
TA015E: A theoretical analysis of 4 body diagonal displacement measurement and sequential step diagonal measurement
(C.P. Wang, G. Liotto) LAMDAMAP Conference in Huddersfield (England), 2003
TA016E: What is 3D volumetric positioning accuracy and How to define and measure it
(C.P. Wang)
TA017E: 3 Dimensional machine tool positioning accuracy, laser vector measurement vs. linear measurement
Agoust 2003, Tooling & Production
TA018E: A Laser Vector Technique for the Measurement of Static Positioning Errors & Compensation
(C. Shing, S. Yeh, J. Liang, L. Chou, J. Su, C.P. Wang) IDW 2002
TA019E: Volumetric Positioning Accuracy of a Vertical Machining Center equipped with Linear Motor Drives (evaluated by the Laser Vector Method)
(O. Svoboda – Prague University, research center) LAMDAMAP Conference in Huddersfield (England), 2003
TA020E: Measurement of Volumetric Positioning Accuracy of a 5-axis Machine by Laser Vector Technique
(C.P. Wang, C. Chung) ICMT Conference in Taipei (Taiwan), 2003
TA022E: 3D Volumetric Positioning Measurement and Compensation of CNC Machines Using Laser Vector Technique
(O. Svoboda, P. Bach - Prague University, research center, G. Liotto, C. Wang – Optodyne) IDW 2004
TA023E: Volumetric positioning Accuracy of CNC Machining Center Definitions and Measurements
(O. Svoboda – Prague University, research centre, P. Bach, G. Liotto, C.P. Wang) IMTS Manufacturing Conference (Chicago), 2004
TA026E: 3D Volumetric Positioning Errors of CNC Machining Centers Theoretical Derivations and Laser Vector Measurement
(C.P. Wang, J. Nilsson; Y. Jianguo, Shanghai Jiao Tong University, Shanghai, RPC)
Presented in the International Dimensional Workshop, Nashville, TN, May 9-13, 2005
Presented in the International Dimensional Workshop, Nashville, TN, May 9-13, 2005
TA031E: Theoretical derivations of 4 body diagonal displacement errors in 4 machine configurations
(Y. Jiango, R. Yongqiang – Shanghai Jiao Tong University, G. Liotto, C. Wang – Optodyne)
LAMDAMAP 7th International Conference in Cranfield, Bedfordshire (UK), 27th-30th June 2005
LAMDAMAP 7th International Conference in Cranfield, Bedfordshire (UK), 27th-30th June 2005
TA033E: Machine Tool 3D Volumetric Positioning Error Measurement Under Various Thermal Conditions
TA033E: Measurement and Control of 3D volumetric positioning errors with thermal deflections (Reprint)
(O. Svoboda and P. Bach, Research Center of Manufacturing Technology Czech Technical University in Prague, Czech Republic;
C.P. Wang)
Proceedings of the 1st Special Interest Group (SIG) Meeting – Maastricht- December 2007
Proceedings of the 1st Special Interest Group (SIG) Meeting – Maastricht- December 2007
TA038E: A new formulation of laser step diagonal measurement – three dimensional case
(S. Ibaraki, T. Hata. Department of micro Engineering, Kyoto University, Yoshida-honmachi, Sakyo-ku, Kyoto, Japan)
TA501E: A Vector Method for the Measurement of Positioning errors and Straightness Errors Over a Machine Work Volume
(C.P. Wang)
TA503E: Issues in Laser step diagonal measurement and their remedies
(S. Ibaraki, W. Goto, and A. Matsubara, Department of Micro Engineering, Graduate School of Engineering Kyoto University)
Proceedings of 2006 ISFA, 2006 International Symposium on Flexible Automation Osaka, Japan, July 10-12, 2006
Proceedings of 2006 ISFA, 2006 International Symposium on Flexible Automation Osaka, Japan, July 10-12, 2006
TA522E: Using the laser doppler displacement meter for precision positioning and motion control
(C.P. Wang) June 1991, Tower Media Corp., Glen Ellyn III, U.S.A.