Assembly precision analysis is one of the fundamental technologies used for controlling the
assembly quality of products. Existing assembly precision analysis methods focus on …

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

Mechanical products are usually made by assembling many parts. The dimensional and
geometrical variations of each part have to be limited by tolerances so that it can ensure …

Managing geometric part deviations to control their effects on the product function and
quality is an important task in the design of physical artefacts. Consequently, computer …

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 …

Abstract For several years, Digital Mock-Up (DMU) has been improved by the integration of
many tools as Finite Element (FE) Analysis, Computer Aided Manufacturing (CAM), and …

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 …

In the aircraft manufacturing process, the tolerance allocation of complex components has
an extremely important impact on the life cycle of the aircraft. With the increasing demand for …

Magnetorheological fluids (MRFs) are applicable for achieving semi-active control in smart
bearings. For hydrodynamic bearings lubricated with MRF, changes of the viscosity induced …

Tolerance analysis aims toward the verification impact of the individual tolerances on the
assembly and functional requirements of a mechanism. The manufactured products have …