Please help ASAPIn Example 10.2, suppose that the vehicles operate according to the following scheduling rule in order to minimize the distances the vehicle travel empty: vehicles delivering raw work parts from station 1 to stations 2, 3, and 4 must pick up finished parts at these respective stations for delivery to station 5. (a) Determine the empty travel distances associated with each delivery and develop a from-to chart in the format of Table 10.5 (b) The AGVs travel at a speed of 50 m/min and the traffic factor = 0.90. Assume reliability = 100%. From Example 10.2, the delivery distance Ld = 103.8 m. Determine the value of Le. (c) How many automated guided vehicles will be required to operate the system? TABLE 10.5 From-To Chart Showing Flow Rates, loads/hr(Value Before the Slash), and Travel Distances, m (Value Afterthe Slash), Between Stations in a LayoutTo 123109/50From2030040 0LO05005/120000046/20502/8500509/803/1708/850 EXAMPLE 10.2 Determining La for a More-Complex AGVS LayoutThe layout for this example is shown in Figure 10.15, and the from-to chart is presented in Table 10.5. The AGVS includes loadstation 1 where raw parts enter the system for delivery to any of three production stations 2, 3, and 4. Unload station 5 receives finishedparts from the production stations. Load and unload times at stations 1 and 5 are each 0.5 min. Production rates for each workstation areindicated by the delivery requirements in Table 10.5 Q. A complicating factor is that some parts must be transshipped between stations 3and 4. Vehicles move in the direction indicated by the arrows in the figure. Determine the average delivery distance, Ld.4ProcAut3515AGV50Direction ofvehicle movement10->>30-→--UnldManProcAut-30AGVguide path30ProcAutLoadMan10->>10->15030Figure 10.15AGVS layout for production system of Example 10.2 . Key: Proc = processing operation, Aut = automated, Unld = unload,Man manual operation, dimensions in meters (m).

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Answered: In Example 10.2, suppose that the…

Advanced Engineering Mathematics

10th Edition

ISBN:9780470458365

Author:Erwin Kreyszig

Publisher:Erwin Kreyszig

Chapter2: Second-order Linear Odes

Section: Chapter Questions

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In Example 10.2, suppose that the vehicles operate according to the following scheduling rule in order to minimize the distances the vehicle travel empty: vehicles delivering raw work parts from station 1 to stations 2, 3, and 4 must pick up finished parts at these respective stations for delivery to station 5. (a) Determine the empty travel distances associated with each delivery and develop a from-to chart in the format of Table 10.5 (b) The AGVs travel at a speed of 50 m/min and the traffic factor = 0.90. Assume reliability = 100%. From Example 10.2, the delivery distance Ld = 103.8 m. Determine the value of Le. (c) How many automated guided vehicles will be required to operate the system?