Question: by using arena Model a system that seals and inspects different parts Part A arrives at the sealer workstation with exponentially distributed interarrival times of

 by using arena Model a system that seals and inspects different

by using arena

Model a system that seals and inspects different parts Part A arrives at the sealer workstation with exponentially distributed interarrival times of mean 5 minutes and as individual parts Sealer processing time is triangular distribution with values (min=1,mostlikely=3,max=4) min Preparation Process is triangular distribution with values (1,4,8)min Part B arrives at an sealer workstation with exponentially distributed interarrival times of mean 30 minutes in patches of 4 parts Sealer processing time is Weibull distribution with values (2.5,5.3)min Preparation Process is triangular distribution with values (3,5,10)min Failure rate within the sealer inspection station 9% Rework processing time is Random (exponentially) distributed with mean of 45min Failure rate within the rework inspection station 20% Record the shipped parts, reworked (salvaged/shipped) and scrap parts

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