Precision Engineering 1992: Vol 14 Index

3 Pages·1992·0.82 MB·English

INDEX
Author/Title Index
A. D. Bankhead Ji, Z., Leu, C., and Lilienthal Il, P. F. Ruszaj, A.
Scanning differential interference Vision based tool calibration and Investigations of the
contrast microscope, 196 accuracy improvement for electrodischarge machining
ASPE News, 3, 132 assembly robots, 168 process for various electrode
kinematics, 77
Bifano, T. G., and Yi, Y. Kazimierski, Z.: See Brzeski, L., 105
Acoustic emission as an indicator Kobayashi, F.: See Nomura, T., 155 Schellekens, P. H., See Soons, J. A.,
of material-removal regime in Kyusojin, A.: See Oiwa, T., 237 5
glass micro-machining, 219 Kyusojin, A., and Watanabe, K. Shin, Y. C., and Wei, Y.
Book Review, 176 High precision lapping for A statistical analysis of positional
Brown, C. W. polygonal holes, 99 errors of a multiaxis machine
Dimensional inspection tool, 139
techniques for sample-point Slocum, A. H.
measurement technology, 110 Langenbeck, P. Design of three-grove kinematic
Ultrafine infeed control, 43 couplings, 67
Brzeski, L., and Kazimierski, Z.
Leu, M. C.: See Ji, Z., 168 Song, J. F., Vorburger, T. V., and
Infinite stiffness gas bearings for
precision spindles, 105 Lieu, D. K.: See Villiapan, R., 35 Rubert, P.
Lilienthal Il, P. F.: See Ji, Z., 168 Comparison between precision
roughness master specimens
Calendar, 48, 249
Nomura, T., Yoshikawa, K., Tashiro, and their electroformed
Citations in Precision Engineering, H., Takeuchi, K., Ozawa, N., replicas, 84
52, 115, 176, 250
Okazaki, Y., Suzuki, M., Soons, J. A., Theuws, F. C., and
Kobayashi, F., and Usuki, M. Schellekens, P. H.
Dow, T. A.: See Fawcett, S. C., 160 On-machine shape measurement Modeling the errors of multi-axis
of workpiece surface with machines: a general
Fizeau interferometer, 155 methodology, 5
Eisses, J.: See Oomen, J. M., 206 Spierings, B. A. C. M.: See Haisma,
Oiwa, T., and Kyusojin, A. J.20
Fawcett, S. C., and Dow, T. A. Suzuki, M.: See Nomura, T., 155
Development of precise
Influence of wheel speed on cylindrical grinding by ball
surface finish and chip centers: effect of dynamic Takeuchi, K.: See Nomura, T., 155
geometry in precision contour stiffness on work profile, 237 Tashiro, H.: See Nomura, T., 155
grinding, 160 Okazaki, Y.: See Nomura, T., 155 Teimel, A.
Fey, F. M. J. G.: See Haisma, J., 20 Oomen, J. M.: See Haisma, J., 20 Technology and applications of
Oomen, J. M., and Eisses, J. grating interferometers in
Goto, F., and Kudo, S. Wear of monocrystalline diamond high-precision measurement,
Measurement of the plastically tools during ultraprecision 147
deformed domain caused by machining of nonferrous Theuws, F. C.: See Soons, J. A., 5
microdrilling in DdS single metals, 206
crystal, 243 Ozawa, N.: See Nomura, T., 155 Usuki, M.: See Nomura, T., 155
van der Kruis, F. J. H. M.: See
Haisma, J., van der Kruis, Product News, 49, 112, 176, 246 Haisma, J., 20
F. J. H. M., Spierings, Villiapan, R., and Lieu, D. K.
B. A. C. M., Oomen, J. M., Radhakrishnan, V.: See Defect characterization of roller
and Fey, F. M. J. G. Ramamoorthy, B., 28 bearing surfaces with laser
Damage-free tribochemical Ramamoorthy, B., and Doppler vibrometry, 35
polishing of diamond at room Radhakrishnan, V. Vorburger, T. V.: See Song, J. F., 84
temperature: a finishing Computer-aided inspection of
technology, 20 cutting tool geometry, 28 Watanabe, K.: See Kyusojin, A., 99
Hou, W., and Wilkening, G. Ro, P. |., and Hubbel, P. I. Wei, Y.: See Shin, Y. C., 139
Investigation and compensation Nonlinear micro-dynamic Wilkening, G.: See Hou, W., 91
of the nonlinearity of behavior of a ball-screw driven
heterodyne interferometers, 91 precision slide system, 229 Yi, Y.: See Bifano, T. G., 219
Hubbel, P. |.: See Ro, P. |., 229 Rubert, P.: See Song, J. F., 84 Yoshikawa, K.: See Nomura, T., 155
254 OCTOBER 1992 VOL 14 NO 4
INDEX
Author/Title Index
A. D. Bankhead Ji, Z., Leu, C., and Lilienthal Il, P. F. Ruszaj, A.
Scanning differential interference Vision based tool calibration and Investigations of the
contrast microscope, 196 accuracy improvement for electrodischarge machining
ASPE News, 3, 132 assembly robots, 168 process for various electrode
kinematics, 77
Bifano, T. G., and Yi, Y. Kazimierski, Z.: See Brzeski, L., 105
Acoustic emission as an indicator Kobayashi, F.: See Nomura, T., 155 Schellekens, P. H., See Soons, J. A.,
of material-removal regime in Kyusojin, A.: See Oiwa, T., 237 5
glass micro-machining, 219 Kyusojin, A., and Watanabe, K. Shin, Y. C., and Wei, Y.
Book Review, 176 High precision lapping for A statistical analysis of positional
Brown, C. W. polygonal holes, 99 errors of a multiaxis machine
Dimensional inspection tool, 139
techniques for sample-point Slocum, A. H.
measurement technology, 110 Langenbeck, P. Design of three-grove kinematic
Ultrafine infeed control, 43 couplings, 67
Brzeski, L., and Kazimierski, Z.
Leu, M. C.: See Ji, Z., 168 Song, J. F., Vorburger, T. V., and
Infinite stiffness gas bearings for
precision spindles, 105 Lieu, D. K.: See Villiapan, R., 35 Rubert, P.
Lilienthal Il, P. F.: See Ji, Z., 168 Comparison between precision
roughness master specimens
Calendar, 48, 249
Nomura, T., Yoshikawa, K., Tashiro, and their electroformed
Citations in Precision Engineering, H., Takeuchi, K., Ozawa, N., replicas, 84
52, 115, 176, 250
Okazaki, Y., Suzuki, M., Soons, J. A., Theuws, F. C., and
Kobayashi, F., and Usuki, M. Schellekens, P. H.
Dow, T. A.: See Fawcett, S. C., 160 On-machine shape measurement Modeling the errors of multi-axis
of workpiece surface with machines: a general
Fizeau interferometer, 155 methodology, 5
Eisses, J.: See Oomen, J. M., 206 Spierings, B. A. C. M.: See Haisma,
Oiwa, T., and Kyusojin, A. J.20
Fawcett, S. C., and Dow, T. A. Suzuki, M.: See Nomura, T., 155
Development of precise
Influence of wheel speed on cylindrical grinding by ball
surface finish and chip centers: effect of dynamic Takeuchi, K.: See Nomura, T., 155
geometry in precision contour stiffness on work profile, 237 Tashiro, H.: See Nomura, T., 155
grinding, 160 Okazaki, Y.: See Nomura, T., 155 Teimel, A.
Fey, F. M. J. G.: See Haisma, J., 20 Oomen, J. M.: See Haisma, J., 20 Technology and applications of
Oomen, J. M., and Eisses, J. grating interferometers in
Goto, F., and Kudo, S. Wear of monocrystalline diamond high-precision measurement,
Measurement of the plastically tools during ultraprecision 147
deformed domain caused by machining of nonferrous Theuws, F. C.: See Soons, J. A., 5
microdrilling in DdS single metals, 206
crystal, 243 Ozawa, N.: See Nomura, T., 155 Usuki, M.: See Nomura, T., 155
van der Kruis, F. J. H. M.: See
Haisma, J., van der Kruis, Product News, 49, 112, 176, 246 Haisma, J., 20
F. J. H. M., Spierings, Villiapan, R., and Lieu, D. K.
B. A. C. M., Oomen, J. M., Radhakrishnan, V.: See Defect characterization of roller
and Fey, F. M. J. G. Ramamoorthy, B., 28 bearing surfaces with laser
Damage-free tribochemical Ramamoorthy, B., and Doppler vibrometry, 35
polishing of diamond at room Radhakrishnan, V. Vorburger, T. V.: See Song, J. F., 84
temperature: a finishing Computer-aided inspection of
technology, 20 cutting tool geometry, 28 Watanabe, K.: See Kyusojin, A., 99
Hou, W., and Wilkening, G. Ro, P. |., and Hubbel, P. I. Wei, Y.: See Shin, Y. C., 139
Investigation and compensation Nonlinear micro-dynamic Wilkening, G.: See Hou, W., 91
of the nonlinearity of behavior of a ball-screw driven
heterodyne interferometers, 91 precision slide system, 229 Yi, Y.: See Bifano, T. G., 219
Hubbel, P. |.: See Ro, P. |., 229 Rubert, P.: See Song, J. F., 84 Yoshikawa, K.: See Nomura, T., 155
254 OCTOBER 1992 VOL 14 NO 4
Keyword Index
Accuracy, 139 Grinding, 105, 160 Regular polygonal lap, 99
Acoustic emission, 219 Grinding force, 237 Repeatability, 139
Assembly robots, 168 Replica, 84
Automated inspection, 28 Hardness, 84 Room-temperature polishing, 20
Heterodyne interferometry, 91 Roughness, 84
Ball bearing, 35 High-accuracy interferometry, 91 Roundness, 237
Ball center, 237 High stiffness gas bearings, 105
Brittle materials, 219 — Shape measurement, 155
, : : Specimen, 84
Soy 5, 84 Interferential scales, 147 Speed effect, 160
Center hole profile, 237 a 35 —— sacae ‘sanaaia
Chip geometry, 160 east squares estimation, ey
Curtinctieaie inspection, 28 Light interferometers, 196 pea oe 20, ria
Contact compliance, 237 Linear nanometric actuator, 43 SSS POU IEES,
Contact stiffness, 237 , iiss
Coupling, 67 Microdrilling, 243 Tool wear, 206
Crack, 35 Micro-dynamics, 229 Tribochemical polishing, 20
Cutting tool geometry, 28 Monocrystalline diamond tools, 206 Tripod lap, 99
Cylindrical grinding, 237 Multi-axis machines, 5 Tripod a measuring
Cylindrical lapping, 99 method,
sai Nonferrous metals, 206
Ghaptesinaat wasahiie atuiatiy, NNoonnloirntehaorg onmaoldietly,, 29219 om: en:
; : side pe Ultra-precision cutting machine, 155
Ductile regime grinding, 160, 219 Nowvight Samy eaetn, 6 Ultra-precision machining, 219
EI — hining, 77 On-machine measurement, 155
SPORES HOLINENNG, Optical microscopes, 196 Van den Waals bonding, 20
Electrodischarge technology, 77 Optics, 160 Vibrometry, 35
Electroforming, 84 Out-of-roundness, 99 Vision-based calibration, 168
Error modeling, 139
Volumetric accuracy, 5
Performance test, 5
Fixturing, 67 Plastic deformation, 243
Fizeau interferometry, 155 Polygonal cross section, 99 Waviness, 35
Work profile, 237
Flatness, 84 Position measurement, 147
Precision slide, 229
Grating interferometer, 147 Precision spindles, 105 Zerodur scales, 147
CALLFORPAPERS 4SPE
Principles of Cutting Mechanics: 1993 Spring T opical Meeting
Applications to U.l tr a-P.r ecision Tuesday-Thursday, April 13-15, 1993
Machining and Grinding _ Westward Look Resort, Tucson, Arizona
This meeting will focus on applications of our understanding ;
of the process mechanics of ultra-precision machining and Topics Include:
grinding in aiding with further advances in the efficiency of — Machining of ductile and brittle materials
these processes, as well as the quality of the machined — Workpiece surface quality and sub-surface damage
workpieces. The first part of the meeting will be devoted to — Effects of process parameters
“invited lectures” which will introduce the basic aspects of — Process modeling
the cutting process. The latter part will focus on specific
examples and applications, e.g., effects of tool geometry, a :
cutting conditions and workpiece materials (amorphous, Organizing Committee:
polycrystalline, single crystal) on resulting product surface Co-Chairs:
quality, and sub-surface damage. This meeting will provide A. E. Gee, Cranfield Institute of Technology
an excellent forum for exchange of ideas between D. A. Lucca, Oklahoma State University
researchers doing basic studies and those for whom process R.L. Rhorer, Las Alamos National Laboratory
limitations affect the quality of their product.
American Society for Precision Engineering
401 Oberlin Road, P.O. Box 10826, Raleigh, NC 27605
For more information call or fax ASPE Headquarters [phone] or fax [phone]