Titlebook: ;

Uncultured

MOAT

Wolfgang Stölzle,Klaus Felix Heuslerh-type manufacturing for multi-products and small-lot-sized production, conventionally each part is treated as unique from design through manufacture [1,2,3,4,5]. However, by grouping similar parts into part families based on either their design or processes, it is possible to increase the productiv

eustachian-tube

Perspektiven des Verbandsmanagements, with a series of operations. This planning is interrelated with product design and layout planning. Information on technical specifications of products established by a product-design function is an important input to process planning. Layout planning requires information on the sequence of operat

Grasping

Ptosis

艰苦地移动

https://doi.org/10.1007/978-3-658-15242-0constant. In the previous chapter, the machine loading models were constructed under the assumption that the processing time is a constant. In practical situations, however, it is possible to vary the processing times by actively changing manufacturing conditions, especially machining speeds. In the

合群

https://doi.org/10.1007/978-3-531-90958-5lan as to the time schedule for performing required jobs must be established; that is, when, on which machine or work center, and who does what operation. Whether the production activities in a work shop—such as part supply, machining, inspection, and so forth—are performed smoothly or not depends o

滑动

Perspektiven für die Publikumszeitschrifto determine a spatial location for a collection of physical production facilities. This is so-called layout planning. The optimal decision about this layout planning leads to the reduction of material handling times and costs, decrease of in-process inventories, the improvement of environmental cond

canvass

新鲜