Even though they are weakly noticed, geometric part deviations accompany our everyday
life. These geometric deviations affect the assemblability and functional compliance of …

While the modelling of nominal assemblies is sufficiently solved in modern computer-aided
design tools, the assembly simulation for parts considering geometrical deviations is still an …

Assembly modeling as one of the most important steps in the product development activity
relies more and more on the extensive use of computer-aided design (cad) systems. The …

Assembly accuracy analysis plays a very important role in verifying whether the design
scheme of geometric accuracy in the product design stage can meet the functional …

Particle swarm optimization (PSO) is an optimization approach from the field of artificial
intelligence. A population of so-called particles moves through the parameter space defined …

The present work shows a method to integrate the manufacturing signature and the
operating conditions into a model for 3D tolerance analysis of rigid parts. The paper …

The modelling of nominal product geometry by computer-aided design tools has gained
immense attention in industry during the last decades and is nowadays an integral part of …

Dimensional management deals with the fact that the real geometry of every manufactured
part deviates from its ideal shape. To evaluate the effects of these deviations tolerance …

Verfahren zur Simulation und Analyse der Auswirkungen toleranzbedingter
Bauteilabweichungen Page 1 Verfahren zur Simulation und Analyse der Auswirkungen …

Manufactured parts always have deviations from their nominal geometry designed in the
CAD-system. These deviations are restricted in range by the tolerances the product designer …