Global Consistency of Tolerances

Keynote.- Global Consistency of Dimensioning and Tolerancing.- Tolerance specification & allocation.- Optimising Tolerance Allocation for Mechanical Assemblies Considering Geometric Tolerances Based on a Simplified Algorithm.- Functional and product specification by Gauge with Internal Mobilities (G.I.M.).- Development of a Computer-Aided Tolerancing System in CAD Environment.- Tolerances in manufacturing: general issues.- Towards Realistic Simulation of Machining Processes.- Estimating Position Tolerance Process Capabilities.- The validation of a process plan by propagated dispersion zones.- Tolerance representation & transfer.- A three dimensional tolerance transfer methodology.- Transforming ISO 1101 Tolerances into Vectorial Tolerance Representations — A CAD-Based Approach.- Tolerances in clamping & fixturing.- Industrial application of Vectorial Tolerancing to improve clamping of forged workpieces in machining.- Root Cause Analysis for Fixtures and Locating Schemes Using Variation Data.- On-machine quality control system for TRUE-CNC manufacturing system.- Tolerance representation: from function to downstream processes.- Tolerance Representation Scheme for Integrated Cutting Process & Inspection Planning.- Towards easier and more functional semantics for geometrical tolerancing.- A tolerance system to interface design and manufacturing.- Tolerance representation: mathematical issues.- Contribution of a mathematical model of specifications of a part to their coherence analysis.- Parametric tolerancing.- Mathematical representation of Tolerance Zones.- Teaching of tolerancing.- On the education of the real geometry of mechanical parts through the tolerancing and the tridimensional metrology.- Choice of functional specifications using graphs within the framework ofeducation.- System for tolerance analysis.- TASys: A Computer Aided Tolerance System based on a Variational Geometry formulation.- Innovations in Integrating Tolerance Analysis Technologies for a Computer-Aided Tolerancing System.- Representation of assembly and inspection processes for the tolerance analysis of automobile bodies.- Industrial application I.- Two-Step Procedure for Robust Design Using CAT Technology.- Detect the Unexpected — How to Find and Avoid Unexpected Tolerance Problems in Mechanisms.- Application of TTRS Method in Industrial Practice Tolerance specification for Industrial Cooling Water Pumps.- Tolerance analysis: kinematic & dynamic effects.- The configuration space method for kinematic tolerance analysis.- Dynamic Tolerance Analysis, part I: A theoretical framework using bondgraphs.- Dynamic Tolerance Analysis, part II: Issues to be resolved when applying bondgraphs.- Tolerance evaluation & computational metrology.- Tolerance evaluation system of manufactured parts based on soft gaging.- An Expert System for Assessing Flatness with a CMM.- Cost Tolerance Sensitivity Analysis for Concurrent Engineering Design Support.- Tolerance analysis: statistical approaches.- Motion constraints in a 2D polygonal assembly.- 3D variational polyhedral assembly configuration.- A Development of Statistical Tolerancing System for Optical Products.- Industrial application II.- Modelling-Simulation-Testing of Compliant Assemblies.- Aircraft Assembly Analysis Method Taking Into Account Part Geometric Variations.- Global consistency and tolerance management.- Integrated Tolerance Information System.- Integrated Tolerance Management.- Role of Statistics in Achieving Global Consistency of Tolerances.- Tolerance analysis: new approaches.- Tolerance Analysis AndSynthesis Using Virtual Joints.- Analysis of positional tolerance based on the assembly virtual state.- Operations on polytopes: application to tolerance analysis.