A bike manufacturing plant has an area that assembles custom bikes. The assembly process for custom bikes consists of two steps: assembly and testing. There are ten manual assembly stations (CBA), followed by ten inspections stations. Orders arrive 25 per hour. After inspection at the Inspection station, 90% of the units pass inspection, 7% of the units are rejected and the remaining units are sent back to assembly for reassembly. The process time for the bikes are 10.5 minutes exponential distributed (CBA) machine and 9 minutes (exponential) for the CBI machine. Reassembly process time is 12 minutes (exponential) The machines run on a one 8 hour shift each day, with a 30 minute break after the first four hours of operation (there is only 7.5 hours of work time per day). Create a user-defined statistic to keep track of the number times a bike is processed. Create two responses (1) Time in System, (2) Num Times. Also find animation to represent what is being asked. Build a Simlo model for the above situation scenario. Create an experiment with 10 replications and run the model for 8 hours report all results indicated in the following table. Submit Simio file on blackboard under the space. Assigned to submit test. Time in System Response NumTimes Response Estimate total of bikes that will arrive A bike manufacturing plant has an area that assembles custom bikes. The assembly process for custom bikes consists of two steps: assembly and testing. There are ten manual assembly stations (CBA), followed by ten inspections stations. Orders arrive 25 per hour. After inspection at the Inspection station, 90% of the units pass inspection, 7% of the units are rejected and the remaining units are sent back to assembly for reassembly. The process time for the bikes are 10.5 minutes exponential distributed (CBA) machine and 9 minutes (exponential) for the CBI machine. Reassembly process time is 12 minutes (exponential) The machines run on a one 8 hour shift each day, with a 30 minute break after the first four hours of operation (there is only 7.5 hours of work time per day). Create a user-defined statistic to keep track of the number times a bike is processed. Create two responses (1) Time in System, (2) Num Times. Also find animation to represent what is being asked. Build a Simlo model for the above situation scenario. Create an experiment with 10 replications and run the model for 8 hours report all results indicated in the following table. Submit Simio file on blackboard under the space. Assigned to submit test. Time in System Response NumTimes Response Estimate total of bikes that will arrive
