... are performed to evaluate the statistically significant differences. Also, a detailed discussion of the model verification based on error analysis is performed and presented. A regression model is also developed for the prediction of polymerization resolution and the developed statistical model...

... of the microendmill dynamics is obtained. The solution is experimentally validated in Part II of the paper. 24 07 2007 25 02 2008 13 06 2008 beams (structures) boundary-value problems error analysis finite element analysis grinding micromachining milling milling machines shear...

..., it is not difficult to find all the possible optimal solutions. 09 11 2006 03 08 2007 15 02 2008 aerospace components error analysis kinematics machine tools machining thin wall structures parallel mechanisms A/B-axis tool head error analysis optimization For the 3...

... of Geometric Defects ,” Archive of Civil and Mechanical Engineering , 6 ( 1 ), pp. 5 – 17 . 14 09 2006 05 07 2007 blanking deep drawing design of experiments discrete cosine transforms error analysis metal stamping metallurgical industries numerical simulation...

... . Chang , R. J. , and Wang , Y. L. , 1999 , “ Integration Method for Input-Output Modeling and Error Analysis of Four-Bar Polymer Compliant Micromachines ,” ASME J. Mech. Des. 1050-0472 , 121 , pp. 220 – 228 . Chang , R. J. , Wang , H. S. , and Wang , Y. L. , 2003...

... ) with the inclined angle 28 α s = π 4 + π 2 k ( s − 1 ) , 1 ⩽ s ⩽ 4 k Prediction results of the workpiece position error 20 11 2005 03 05 2006 fixtures machining error analysis design engineering elastic deformation clamps nonlinear...

..., 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...

... that the new wire-driven parallel manipulator is feasible in practice. 27 06 2005 15 01 2006 industrial manipulators error analysis manipulator kinematics parallel mechanism wire-driven computer control workspace error analysis The wire-driven parallel manipulator...

... to be superior to the F3S method as far as accuracy is concerned. The results reported in this simulation study not only confirm the feasibility of the F5S method but also encourage the author to perform an experimental study in the near future. Fourier series machining error analysis sensor fusion...

... are given to verify the effectiveness and efficiency of the presented algorithm. 09 01 2005 09 06 2005 Chebyshev approximation linear programming tolerance analysis precision engineering error analysis mathematics computing production engineering computing spatial straightness...

... the fixturing task for both setups. 04 04 2004 29 05 2005 process planning computer aided production planning human computer interaction user interfaces error analysis setup plan evaluation multiple attributes utility analysis optimality Computer-aided process planning...

... to better than one nanometer. The paper discusses several issues that must be considered when planning spindle or artifact measurements at the nanometer level. 19 12 2004 21 04 2005 machine tool spindles precision engineering error analysis motion measurement Higher accuracy...

..., computational techniques form an efficient route for solving these problems. 10 11 2004 05 04 2005 finite difference methods error analysis precision engineering quality assurance form error metrology derivative descent finite differences cylindricity Quality assurance...

... simulations combining the finite element method with cutting mechanics, and furthermore by optimizing cutting parameters to improve the cutting process. milling cutting mesh generation cutting tools surface topography error analysis iterative methods Cutting parameters Cutting...

... January 2003 12 March 2004 21 03 2005 machine tools computerised numerical control path planning error analysis machining surface treatment cutting tools interpolation position control kinematics mechanical engineering computing inverse problems computer aided manufacturing...

... 16, 2003; Revised February 4, 2004. Associate Editor: T. R. Kurfess. 16 July 2003 04 February 2004 21 03 2005 inspection sampling methods manufacturing processes optimisation error analysis quality control plates (structures) aluminium cast iron milling...

... Fixture Locators ,” ASME J. Manuf. Sci. Eng. , 121 , pp. 273 – 281 . Rong, Y., Li, W., and Bai, Y., 1995, “Locating Error Analysis for Computer-Aided Fixture Design and Verification,” Proc. the Computer in Engineering Conference and the Engineering Database Symposium , ASME, New York, pp. 825–832...

... are referred to as localization and profile error evaluation, in which the criteria used for fitting are least-squares and minimum zone, respectively. In the field of computer vision, the former one is also termed registration or pose determination. error analysis surface phenomena least squares...

... AND ENGINEERING . Manuscript received June 2003; Revised Jan. 2004. Associate Editor: Y. C. Shin. 01 June 2003 01 Jan 2004 07 09 2004 drilling boring shape measurement Fourier series vibrations cutting error analysis machine tools Deep-hole drilling is one of the most...

... geometric features including flatness, circularity, sphericity, cylindericity and spatial straightness. Numerical examples are presented to show the effectiveness and efficiency of the algorithm. iterative methods least squares approximations error analysis Chebyshev approximation In any...