This paper deals with the problem of evaluating the performance of assembly systems managed with kanbans.
Simulation results are also reported to validate the approximation of the analytical method used to calculate the performance of assembly kanban systems.
Practitioners may use this methodology to reduce cycle time and time loss by tradeoff between budgeted cost and ROI, to optimize the performance of assembly line using simulation approach.
We explore the influence of read and fragment length on performance of assembly methods.
The paper deals with the description of a methodology for investigating the effects of the dimensional errors on the performance of compliant assemblies in order to perform an optimal allocation of tolerances.
The relative impacts of assembly components and of the operation energy source on the environmental performance of the assemblies are investigated by comparing midpoint and endpoint indicators calculated with the three LCIA methods.
The second step of the PRICE assembly strategy, performance of an assembly job for the collection of sequences associated with each initial contig, was designed to dynamically balance efficiency and sensitivity.
The present study focuses on the impact of air intrusion on wind uplift performance of these assemblies.
Bellia and Minichiello analyzed the thermal and moisture performance of building assemblies, and focused on surface condensation issues of building façades and interstitial condensations within multi-layer walls (Bellia and Minichiello [2003]).
In this two-part study, we analyze the effect of uncertainty in material behavior on the performance of bonded assemblies in general, but motivated by the example of a fiber-optic system.
