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  1. The International Journal of Advanced Manufacturing Technology
  2. The International Journal of Advanced Manufacturing Technology : Volume 28
  3. The International Journal of Advanced Manufacturing Technology : Volume 28, Issue 7-8, April 2006
  4. Flexible tools for specifying design variation
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The International Journal of Advanced Manufacturing Technology : Volume 91
The International Journal of Advanced Manufacturing Technology : Volume 90
The International Journal of Advanced Manufacturing Technology : Volume 89
The International Journal of Advanced Manufacturing Technology : Volume 88
The International Journal of Advanced Manufacturing Technology : Volume 87
The International Journal of Advanced Manufacturing Technology : Volume 86
The International Journal of Advanced Manufacturing Technology : Volume 85
The International Journal of Advanced Manufacturing Technology : Volume 84
The International Journal of Advanced Manufacturing Technology : Volume 83
The International Journal of Advanced Manufacturing Technology : Volume 82
The International Journal of Advanced Manufacturing Technology : Volume 81
The International Journal of Advanced Manufacturing Technology : Volume 80
The International Journal of Advanced Manufacturing Technology : Volume 79
The International Journal of Advanced Manufacturing Technology : Volume 78
The International Journal of Advanced Manufacturing Technology : Volume 77
The International Journal of Advanced Manufacturing Technology : Volume 76
The International Journal of Advanced Manufacturing Technology : Volume 75
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The International Journal of Advanced Manufacturing Technology : Volume 71
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The International Journal of Advanced Manufacturing Technology : Volume 67
The International Journal of Advanced Manufacturing Technology : Volume 66
The International Journal of Advanced Manufacturing Technology : Volume 65
The International Journal of Advanced Manufacturing Technology : Volume 64
The International Journal of Advanced Manufacturing Technology : Volume 63
The International Journal of Advanced Manufacturing Technology : Volume 62
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The International Journal of Advanced Manufacturing Technology : Volume 60
The International Journal of Advanced Manufacturing Technology : Volume 59
The International Journal of Advanced Manufacturing Technology : Volume 58
The International Journal of Advanced Manufacturing Technology : Volume 57
The International Journal of Advanced Manufacturing Technology : Volume 56
The International Journal of Advanced Manufacturing Technology : Volume 55
The International Journal of Advanced Manufacturing Technology : Volume 54
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The International Journal of Advanced Manufacturing Technology : Volume 47
The International Journal of Advanced Manufacturing Technology : Volume 46
The International Journal of Advanced Manufacturing Technology : Volume 45
The International Journal of Advanced Manufacturing Technology : Volume 44
The International Journal of Advanced Manufacturing Technology : Volume 43
The International Journal of Advanced Manufacturing Technology : Volume 42
The International Journal of Advanced Manufacturing Technology : Volume 41
The International Journal of Advanced Manufacturing Technology : Volume 40
The International Journal of Advanced Manufacturing Technology : Volume 39
The International Journal of Advanced Manufacturing Technology : Volume 38
The International Journal of Advanced Manufacturing Technology : Volume 37
The International Journal of Advanced Manufacturing Technology : Volume 36
The International Journal of Advanced Manufacturing Technology : Volume 35
The International Journal of Advanced Manufacturing Technology : Volume 34
The International Journal of Advanced Manufacturing Technology : Volume 33
The International Journal of Advanced Manufacturing Technology : Volume 32
The International Journal of Advanced Manufacturing Technology : Volume 31
The International Journal of Advanced Manufacturing Technology : Volume 30
The International Journal of Advanced Manufacturing Technology : Volume 29
The International Journal of Advanced Manufacturing Technology : Volume 28
The International Journal of Advanced Manufacturing Technology : Volume 28, Issue 9-10, July 2006
The International Journal of Advanced Manufacturing Technology : Volume 28, Issue 11-12, May 2006
The International Journal of Advanced Manufacturing Technology : Volume 28, Issue 7-8, April 2006
A decision support system for rapid one-of-a-kind product development
Optimal fixture design in peripheral milling of thin-walled workpiece
Flexible tools for specifying design variation
Design and machining of the epicycloid planet gear of cycloid drives
Analysis of tool wear and surface finish in hard turning
Finite element and experimental investigation of temperature changes on a twist drill in sequential dry drilling
Prediction of surface roughness of turned surfaces using neural networks
A study of the Taguchi optimization method for surface roughness in finish milling of mold surfaces
Use of wheel speed as a parameter to inhibit surface crack generation in the grinding of wear-resistant fillers
The effect of burnishing parameters on burnishing force and surface microhardness
A new contour data compression method using Fourier descriptor
Iso-parametric tool path generation from triangular meshes for free-form surface machining
Parametric process planning based on feature parameters of parts
The optimization of attribute selection in decision tree-based production control systems
A hybrid approach to supervisory control of discrete event systems coupling RW supervisors to Petri nets
Fractional cell formation in group technology using modified ART1 neural networks
Design and control of an AS/RS
Analysis of roughness of a sanded wood surface
Assessment and visualisation of machine tool wear using computer vision
An intelligent production workflow mining system for continual quality enhancement
A power law-based quality function deployment in decision-making processes
Research on AOCTPN-based modeling and simulation technology of semiconductor fabrication line
Design and implementation of SIP UA for a manufacturing network
An object-oriented conceptual model of a collaborative product development management (CPDM) system
Plant location selection based on fuzzy TOPSIS
Internet-based collaborative product development chain for networked product development
Use of wheel speed as a parameter to inhibit surface crack generation in the grinding of wear-resistant fillers
The International Journal of Advanced Manufacturing Technology : Volume 28, Issue 5-6, March 2006
The International Journal of Advanced Manufacturing Technology : Volume 28, Issue 3-4, March 2006
The International Journal of Advanced Manufacturing Technology : Volume 28, Issue 1-2, February 2006
The International Journal of Advanced Manufacturing Technology : Volume 27
The International Journal of Advanced Manufacturing Technology : Volume 26
The International Journal of Advanced Manufacturing Technology : Volume 25
The International Journal of Advanced Manufacturing Technology : Volume 24
The International Journal of Advanced Manufacturing Technology : Volume 23
The International Journal of Advanced Manufacturing Technology : Volume 22
The International Journal of Advanced Manufacturing Technology : Volume 21
The International Journal of Advanced Manufacturing Technology : Volume 20
The International Journal of Advanced Manufacturing Technology : Volume 19
The International Journal of Advanced Manufacturing Technology : Volume 18
The International Journal of Advanced Manufacturing Technology : Volume 17
The International Journal of Advanced Manufacturing Technology : Volume 16
The International Journal of Advanced Manufacturing Technology : Volume 15
The International Journal of Advanced Manufacturing Technology : Volume 14
The International Journal of Advanced Manufacturing Technology : Volume 13

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Flexible tools for specifying design variation

Content Provider Springer Nature Link
Author Pasupathy, Trichy Zhao, Xiaoping Wilhelm, Robert
Copyright Year 2005
Abstract This paper describes flexible tools for specifying design variations that are based on non-uniform profile tolerance definitions. These tools specify bounds of design performance that can be used for negotiation among engineers in a collaborative design process. These specification methods allow for the capture of many different design functions that are not easily described with current tool designs. In addition, these specification methods lend themselves to efficient verification methods.Profile tolerance definitions provide the most general variation controls for complex mechanical surfaces. Common design practices and engineering standards for profile tolerances exhibit many weaknesses and limitations. We present a rationale for a complete specification approach using B-splines [1, 2] for profile tolerances, and illustrate the approach with examples. B-splines can be used to specify both uniform and non-uniform profile tolerance boundaries. Subsequently, algorithms for the evaluation of actual feature deviations and reporting methodologies for such tolerance zones are presented.
Starting Page 659
Ending Page 664
Page Count 6
File Format PDF
ISSN 02683768
Journal The International Journal of Advanced Manufacturing Technology
Volume Number 28
Issue Number 7-8
e-ISSN 14333015
Language English
Publisher Springer-Verlag
Publisher Date 2005-06-22
Publisher Place Berlin, Heidelberg
Access Restriction One Nation One Subscription (ONOS)
Subject Keyword Design Profile Tolerancing Computer-Aided Engineering (CAD, CAE) and Design Mechanical Engineering Industrial and Production Engineering Production/Logistics
Content Type Text
Resource Type Article
Subject Industrial and Manufacturing Engineering Control and Systems Engineering Mechanical Engineering Computer Science Applications Software
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