= Consider a four aisle AS/RS in which an S/R machine is used for each aisle. The length of the storage aisle 85 m and its height = 14 m. Suppose horizontal and vertical speeds of the S/R machine are 61 m/min and 23 m/min, respectively. The S/R machine requires 20 s to accomplish a P&D operation. The aisles in the AS/RS will be organized to follow a class-based dedicated storage strategy. There will be two classes, according to activity level. The more active stock is stored in the half of the rack system that is located closest to the input/output station, and the less active stock is stored in the other half of the rack system farther away from the input/output station. Within each half of the rack system, random storage is used. The more active stock accounts for 80% of the transactions, and the less active stock accounts for the remaining 20%. Assume that system utilization 90%, and the number of single-command cycles = the number of dual-command cycles. Determine the throughput of the AS/RS. =

Pls do it by steps and have procedure. Thankyou

Q:The Lift Mechanism for the package moving is desired to raise 25 inch in 2.50sec, remain stationery for 2.0 sec, and return in 2.0 sec. The push mechanism should remain stationery for 2.50 sec, push 25 inch in 2.0 sec and return in 2.0 sec. Determine (a) The Time Ratio, Cycle Time (b)Sketch the Synchronized time charts

The development of hybrid layout is possible with the identification of ________ Select one: a. Expected input b. Required output c. Part families d. Manager decisions

Given data: Initial velocity=5 m/s Final velocity=8 m/s Time=0.5 s Find acceleration

4. Using below data for an army practice: A. Construct a project network B. Determine the length or exepected time of the project C. What is the Critical Path No Activity Predecessor Duration (day) 1 Develop plan 2 Move engineerng division 3 Advance cavalary scout 1 2 4 Army march 4 5 Build pontoon bridge 6 Cavalary Reconn 7 Plan Fortifications 8 Troops build 9 Artillery placement 10 Cavalary disrutption 11 Create Supply lines 12 Attack 2, 3 4 3 3 3 4,7 6,8 6,8 5 2 10,11 1

Chapter 19, Problem 54P, part task bI think there is an error in part task b. It is not clear how to find the final expression for T_max.After it has been made clear that T_max = T_3, there is a description (See blue square in the attached picture part task b) which describes that an expression must substitute T_1, but the written expression applies to T_3?In the calculation after this, there is a sudden jump to the final expression for T_max. But it's not clear how I'm going to get to the final expression? (The orange square in the attached picture of part task b) I have includet pictures from: The task descriptions. Expert sulution to part task a, where we are given the expression, that is needet to solve part task b. And expert sulution to part task b

10.4 A planned manufacturing system will have the layout pictured in Figure P10.4 and will use an automated guided vehicle system to move parts between stations in the layout. All work parts are loaded into the system at station 1, moved to one of three processing stations (2, 3, or 4), and then brought back to station 1 for unloading. Once loaded onto its AGV, each work part stays onboard the vehicle throughout its time in the manufacturing system. Load and unload times at station 1 are each 0.5 min. Processing times at the processing stations are 6.5 min at station 2, 8.0 min at station 3, and 9.5 min at station 4. Vehicle speed = 50 m>min. Assume that the traffic factor = 1.0 and vehicle availability = 100%. (a) Construct the from-to chart for distances. (b) Determine the maximum hourly production rate for each of the three processing stations, assuming that 15 sec will be lost between successive vehicles at each station; this is the time for the vehicle presently at the station…

Dimensions: a. Can be placed only in model space b. Can be placed only in paper space c. Must be erased and redrawn if the model changes d. Are controlled by their associated dimension style

Design a Geneva Mechanism for an eight station automated tables. The indexer diameter is set to 36 in and the station cycle time is 40s. Show both the design drawing and calculations