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Knowing that the processing times to at each station are the following (in hr): M1, 0.25; M21, 0.30247; M22, 0.40833; M23, 0.65333; M31, 0.58333; M32, 0.35507; M4, 0.101240 calculate the maximum arrival rate the would prevent the formation of bottlenecks, and use it to calculate the following: * throughput, for each station. * utilization, for each station. * the total flowtime. * the lot-size diagram. *the WIP diagram.

Knowing that the processing times to at each station are the following (in hr): M1, 0.25; M21, 0.30247; M22, 0.40833; M23, 0.65333; M31, 0.58333; M32, 0.35507; M4, 0.101240 calculate the maximum arrival rate the would prevent the formation of bottlenecks, and use it to calculate the following: * throughput, for each station. * utilization, for each station. * the total flowtime. * the lot-size diagram. *the WIP diagram.

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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1.- You have the following manufacturing system: 10% B1 CO 20% I 90% 10% B21 40% M1 + B22 30% B23 M21 60% 31 M22 M23 50% B31 40% B32 M31 M32 50% B4 80% 20% M4 Knowing that the processing times to at each station are the following (in hr): M1, 0.25; M21, 0.30247; M22, 0.40833; M23, 0.65333; M31, 0.58333; M32, 0.35507; M4, 0.101240 , calculate the maximum arrival rate the would prevent the formation of bottlenecks, and use it to calculate the following: * throughput, for each station. * utilization, for each station. * the total flowtime. * the lot-size diagram. *the WIP diagram.
Transcribed Image Text:1.- You have the following manufacturing system: 10% B1 CO 20% I 90% 10% B21 40% M1 + B22 30% B23 M21 60% 31 M22 M23 50% B31 40% B32 M31 M32 50% B4 80% 20% M4 Knowing that the processing times to at each station are the following (in hr): M1, 0.25; M21, 0.30247; M22, 0.40833; M23, 0.65333; M31, 0.58333; M32, 0.35507; M4, 0.101240 , calculate the maximum arrival rate the would prevent the formation of bottlenecks, and use it to calculate the following: * throughput, for each station. * utilization, for each station. * the total flowtime. * the lot-size diagram. *the WIP diagram.
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