Processing times for each product

The processing times for each product pi k,r are given in Table 14.2. 

Route — 3 Reactor sis — 6, Fiaker Belt(stagei, stageA) 73 = [3, 4] 

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A set of processing times for each product on processing units. The batch... 

Clean out, set up, and transfer policies. In general, these operations could be dependent on the order in which the products are routed through the equipment. We will assume that these operations are sequence independent and can be factored into the processing times for each step. 

In particular, consider the batches shown in Table I. The first two columns of the table indicate the product type and batch size. The next column gives the processing times for each operation. The fourth column gives a unique identifier to each batch composed of a prefix B-P, the... 

The relevant data for the three cases are shown in Tables 4.1—4.3 respectively. In these tables, the first colunm (Order no.) shows the order number, the Arrival time colunm shows the arrival time of each order, the Due time column shows the due time of each order, and other columns show the mean of processing time of each production process in the corresponding assembly line. For example, the value 4 in the second colunm and the row of Order 1 represents that the average processing time of process R, the first process of order 1, is 4 units of time in assembly line 1 of shop floor 1. Moreover, in the investigated factory, shop floors 1 and 5 are both composed of two assembly fines, and other shop floors comprise only one assembly fine. 

Processing times will be similar for each product type on a given processing step, reflecting the fact that technologically identical operations have the same, or similar, equations governing their behavior, with only parametric variation between products. 

Each of the three new products requires the following processing time for completion ... 

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