It is practically impossible to manufacture a component exactly with the required

dimensions. Therefore for each part dimension, a tolerance limit is prescribed. Also

for all assemblies, a limit of variation ...

It is practically impossible to manufacture a component exactly with the required dimensions.

Therefore for each part dimension, a tolerance limit is prescribed. Also for all assemblies, a limit of variation ...

A flexible crank-slider mechanism is considered to investigate the variations of Coupler Point (C.P.) position.

The assembly specifications, i.e. C.P. position, have variations in x and y directions. The correlation ...

Part tolerances have a crucial effect on the quality of products. In vehicle design, tolerance analysis is of central importance in quality appearance evaluation of automotive bodies and significantly taken into consideration by manufacturers...

Due to the fact that there are unwanted variations in manufacturing processes, all parts

produced in industry are not manufactured with nominal or exact dimensions. Therefore

for each part dimension, a tolerance ...

Tolerance analysis of assemblies promotes concurrent engineering by bringing

engineering requirements and manufacturing capabilities together in a common

model. This analysis can be used for optimization of assembly performance before...

in mass production. With the advances in computer-aided design and engineering

(CAD/CAE) software, the tolerance analysis has been taken into detailed consideration for aesthetic assessment of automotive bodies in recent decades. In this paper...