Digital Twin (DT) is an increasingly popular technology in both academia and industry due
to its potential to facilitate the realization of advanced concepts such as digitization …

High numbers of function evaluations are inevitable to guarantee the reliability and
optimality of sampling-based tolerance–cost optimization. Despite using different …

The precision and functionality of an assembly heavily depend on the dimensions of its
components, which can often lead to quality issues. However, increasing precision can be …

Tolerance allocation is a design task with a strong potential impact on manufacturing
choices. In practice, however, it is often carried out with simple heuristics rather than with an …

In precision engineering, particularly in microgear production, stringent tolerance levels are
essential for ensuring optimal functionality. Traditional tolerance design models in this field …

Tolerance allocation is an essential tolerancing activity to assure the manufacturability of the
individual parts, their assembly to the final product, and its functionality in use. Design …

The setting of allowable tolerances for the profile of a structure is generally determined by
the functionality of the components desired by the designer after assembly. The specified …

This thesis focuses on the functional behavior of intricate assembled systems, such as micro
gears, which rely on high-precision components. The performance of these systems is …

Precision assembly, crucial for modern industries, involves the detailed joining of
components with tight tolerances (microns). Traditional methods for calculating assembly …

Geometrische Abweichungen an realen Bauteilen und eine damit einhergehende
Beeinträchtigung ihrer Qualität sind fertigungsbedingt unausweichlich [1]. Speziell für die …