The assembly process planning has been the subject of extensive scientific work, mainly
due to the multiple aspects involved from geometrical matters to operational research …

The manufacturing process may lead non-rigid parts to endure large deformations which
could be reduced during assembly. The manufacturing specifications of the single parts …

Non-rigid components assembly simulation requires complex and difficult modelling tasks.
This paper presents how ANATOLEFLEX solution can support user to take into account …

A product's functionality depends largely on the interaction of its components and their
geometries. Hence, tolerance analyses are used to determine the effects of deviations on …

The specification of cost-optimal tolerances is ever since a major challenge for design
engineers to ensure functionality as well as economic efficiency of mechanical assemblies …

Virtual assembly (VA) is a method to simulate the physical assembly (PA) of scanned parts.
Small local part deviations can accumulate to large assembly deviations limiting the product …

This thesis delves into multifaceted dimensions of industrial geometric specification
management, proffering insights into an innovative framework designed to mitigate …

En conception de systèmes mécaniques, la phase de cotation fonctionnelle consiste à
affecter des cotes, constituées d'une valeur nominale et d'un intervalle de tolérance, à des …

Adhesive bonding is a proven alternative to mechanical fasteners for structural assembly,
offering lighter and thus more fuel efficient aircraft and cost-effective manufacturing …

Statistical tolerance analyses are usually performed to ensure the functional capabilities of a
product, which underlies deviations. Therefore, several tolerance analysis techniques are …