Because of uncertainties in manufacturing processes, a mechanical part always shows
variations in its geometrical characteristics (ex. form, dimension, orientation and position) …

This paper presents a model for computer-aided tolerancing which enables to perform
tolerance analysis and tolerance synthesis in both deterministic or statistical situations. The …

This paper presents the adaptation of tolerance transfer techniques to a model called TTRS
for Technologically and Topologically Related Surfaces. According to this model, any three …

This paper presents a non-rigid part variation simulation method for fulfilling functionnal
requirements on compliant assemblies. This method is based on the propagation of different …

This paper presents a unified model for computer-aided tolerancing. It combines the benefits
of the Jacobian matrix model and the torsor (or screw) model. The former is based on small …

This paper deals with an approach to identify geometrical deviations of flexible parts from
optical measurements. Each step of the approach defines a specific issue which we try to …

The concept of Skin Model Shape has been introduced as a method for a close
representation of manufactured parts using a discrete geometry representation scheme …

Functional tolerancing of mechanisms has now been well accepted in industry and become
a major concern for academia. After a brief comparison of existing 3D functional tolerance …

Résumé L'analyse des tolérances géométriques d'un système mécanique consiste à
simuler la vérification de la conformité d'un système mécanique au regard des exigences …

En analyse de tolérances géométriques, une approche consiste à manipuler des polyèdres
de R'issus d'ensembles de contraintes linéaires. La position relative entre deux surfaces …