Computer-aided Tolerancing

One Functional tolerancing.- 1 A declarative information model for functional requirements.- 2 Constrained dimensioning and tolerancing assistance for mechanism.- 3 Univocal expression of functional and geometric tolerances for Design, Manufacturing and Inspection.- 4 A tolerancing tool based on kinematic analogies.- 5 Modelling spatial dimensional chains for CAD/CAM applications.- Two Tolerance modelling.- 6 Toleranced feature modelling by constraint of degree of freedom for assignment of tolerance.- 7 Quality features in CAD- and CAPP- systems.- Three Modelling geometrical error.- 8 Geometrical behaviour laws for computer-aided tolerancing.- 9 Configuration space based analysis of position uncertainties of parts in an assembly.- 10 Physically based modelling for evaluating shape variations.- Four Statistical tolerancing.- 11 Towards an ISO standard for statistical tolerancing.- 12 Statistical process control using vectorial tolerancing.- 13 Probabilistic analysis of geometric tolerances.- 14 Taguchi rules in some Japanese standardizations of tolerancing.- Five Tolerance system.- 15 Tolerance optimization using genetic algorithms: benchmarking with manual analysis.- 16 Optimal tolerance synthesis by genetic algorithm under the machining and assembling constraints.- 17 Holistic approach and advanced techniques & tools for tolerance analysis & synthesis.- Six Computational metrology.- 18 Data processing method for geometrical forms with form deviations in Coordinate Metrology.- 19 Algorithmic circularity measurement for fringe analysis and sub-micron position sensing.- 20 Inspection method for geometrical tolerances using coordinate measuring machine.- 21 A soft gaging approach for complex cases including datum shift analysis of geometrical tolerances.- 22 An evaluationof geometrical errors by segmentation with fitting form features.- Author index.- Keyword index.