Question
In: Economics
A closed loop overhead conveyor must be designed to deliver parts from a load station to...
A closed loop overhead conveyor must be designed to deliver parts from a load station to an unload station. The specified flow rate of parts between the two stations is 320 parts/hr. The conveyor has carriers spaced at a center-to-center distance that is to be determined. Each carrier holds one part. Forward and return loops are each 75 m. Conveyor speed is 0.6 m/s. Minimum feasible times to load and unload parts at the respective stations is 0.16 min for each. Does the system achieve the specified flow rate? If so, what are appropriate values for the number of carriers and the spacing between carriers?
Solutions
Rahul Sunny answered 1 year agoRelated Solutions
An FMS consists of three stations plus a load/unload station. Station 1 loads and unloads parts...
An FMS consists of three stations plus a load/unload station.
Station 1 loads and unloads parts using two servers (material
handling workers). Station 2 performs horizontal milling operations
with two servers (identical CNC horizontal milling machines).
Station 3 performs vertical milling operations with three servers
(identical CNC vertical milling machines). Station 4 performs
drilling operations with two servers (identical drill presses). The
machines are connected by a part handling system that has two work
carriers and a mean transport time...
A hydro power station is required to deliver 48MW of power to the national grid from...
A hydro power station is required to deliver 48MW of
power to the national grid from a site where the available head is
16m The alternator efficiency may be taken as 96%.The proposed
rotational speed of the coupled turbo-alternators is 150r/min and
the specific speed of the available turbines is 400. Estimate the
number 9f units required
JBL Co. has designed a new conveyor system. Management must choose among the three alternative courses...
JBL Co. has designed a new conveyor system. Management must
choose among the three alternative courses of actions : (1) The
firm can sell the design outright to another corporation with
payment over two years (2) It can license the design to another
manufacturer for a period of 5 years, it it likely product life.
(3) It can manufacture and market the system itself; this
alternative will result in 6 years of cash inflows. The company has
a cost of...
JBL Co. has designed a new conveyor system. Management must choose among three alternative courses of action:
Unequal liveslong dash—ANPV approach
JBL Co. has designed a new conveyor system. Management must choose among three alternative courses of action: (1) The firm can sell the design outright to another corporation with payment over 2years. (2) It can license the design to another manufacturer for a period of 5years, its likely product life. (3) It can manufacture and market the system itself; this alternative will result in 6years of cash inflows. The company has a cost of capital of...
JBL Co. has designed a new conveyor system. Management must choose among three alternative courses of action:
Unequal liveslong ANPV approach
JBL Co. has designed a new conveyor system. Management must
choose among three alternative courses of action: (1) The firm can
sell the design outright to another corporation with payment over
2years. (2) It can license the design to another manufacturer for
a period of 5years, its likely product life. (3) It can
manufacture and market the system itself; this alternative will
result in 6years of cash inflows. The company has a cost of capital
of...
A lift station is to be designed to handle wastewater flows ranging from 400 gpm to...
A lift station is to be designed to handle wastewater flows
ranging from 400 gpm to 1500 gpm. The influent sewer invert
elevation is 600 ft. The discharge line is 2,000 ft long with a
high point elevation of 625 ft. A wet well diameter of 10 ft is to
be used. Recommend the pump capacity, the number of pumps, and the
TDH.
Assume the following:
Maximum
number of pump starts per hour = 5
Hazen-Williams C =...
Suppose a workstation receives parts automatically from a conveyor. An accumulation line has been provided at...
Suppose a workstation receives parts automatically from a
conveyor. An accumulation line has been provided at the workstation
and has a storage capacity for 5 parts (N=6). Parts arrive randomly
at the switching junction for the workstation; if the accumulation
line is full, parts are diverted to another workstation. Parts
arrive at a Poisson rate of 1 per minute; service time at the
workstation is exponentially distributed with a mean of 45
seconds.
a. What is the rate at which...
Explain the parts of a control loop include how components, signals from each component, types of...
Explain the parts of a control loop include how components, signals
from each component, types of loops such as location, what they
measure, and modes of loops.
315: Homework 4 1. A logistics company must distribute cases of parts from 3 factories to...
315: Homework 4
1. A logistics company must distribute cases of parts from 3
factories to 3 assembly plants. The monthly supplies and demands,
along with the per-case transportation costs are:
Assembly Plant
1
2
3
Supply
__________________________________________________________________
A
10
14
18
300
Factory
B
6
6
10
500
C
6
12
11
300
__________________________________________________________________
Demand
320
420
300
(a) Formulate a linear programming problem to minimize total
cost...
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