Add to ORKGKitting and line stocking are two part feeding methods that are common in industry. Each system has particular operational benefits and disadvantages but there is a lack of research investigating the trade-offs between both systems. A mathematical cost model is presented for the assignment of individual parts to the materials supply method which is most cost effective for the overall materials delivery system (kitting or line stocking). The model is tested on realistic datasets. Results are presented
The performance of mixed-model assembly lines used in sectors such as the automotive industry depend...
In the context of in-plant materials supply, the materials feeding principle of kitting is often dis...
In this paper a simulation model for materials supply to mixed-model assembly lines is discussed. Th...
Kitting and line stocking are two part feeding methods that are common in industry. Each system has ...
In a synchronous and fast paced assembly line operation, it is of crucial importance that the right ...
The increasing product variety in the automotive industry leads to an increasingly complex materials...
In this paper, based on a number of site visits we performed, we present certain fundamental differe...
<div><p>In high diversity, Just In Time production environments, mixed-model assembly lines aim at p...
In practice, kitting, sequencing and downsizing are already found in a lot of production organizatio...
This research focuses on the costs encountered when supplying a part to an automotive assembly line ...
In the automotive industry, a high diversity of vehicles is assembled on mixed-model assembly lines....
This article gives an overview of the future research directions that will be explored during my PhD...
Purpose – The purpose of this paper is to propose a decision model to choose between kitting and lin...
International audienceThe performance of mixed-model assembly lines used in sectors such as the auto...
A growing number of product variants, which is reality for many assembling and manufacturing compan...
The performance of mixed-model assembly lines used in sectors such as the automotive industry depend...
In the context of in-plant materials supply, the materials feeding principle of kitting is often dis...
In this paper a simulation model for materials supply to mixed-model assembly lines is discussed. Th...
Kitting and line stocking are two part feeding methods that are common in industry. Each system has ...
In a synchronous and fast paced assembly line operation, it is of crucial importance that the right ...
The increasing product variety in the automotive industry leads to an increasingly complex materials...
In this paper, based on a number of site visits we performed, we present certain fundamental differe...
<div><p>In high diversity, Just In Time production environments, mixed-model assembly lines aim at p...
In practice, kitting, sequencing and downsizing are already found in a lot of production organizatio...
This research focuses on the costs encountered when supplying a part to an automotive assembly line ...
In the automotive industry, a high diversity of vehicles is assembled on mixed-model assembly lines....
This article gives an overview of the future research directions that will be explored during my PhD...
Purpose – The purpose of this paper is to propose a decision model to choose between kitting and lin...
International audienceThe performance of mixed-model assembly lines used in sectors such as the auto...
A growing number of product variants, which is reality for many assembling and manufacturing compan...
The performance of mixed-model assembly lines used in sectors such as the automotive industry depend...
In the context of in-plant materials supply, the materials feeding principle of kitting is often dis...
In this paper a simulation model for materials supply to mixed-model assembly lines is discussed. Th...