Designate an identity to the warehouse system above and explain why you have chosen this identity.   b) Select and explain the stages where the following evaluations would take place.   Economic Order Quantity, Balancing Inventory levels, Cost effectiveness.

Practical Management Science
6th Edition
ISBN:9781337406659
Author:WINSTON, Wayne L.
Publisher:WINSTON, Wayne L.
Chapter7: Nonlinear Optimization Models
Section7.3: Pricing Models
Problem 2P
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a) Designate an identity to the warehouse system above and explain why you have chosen this identity.

 

b) Select and explain the stages where the following evaluations would take place.

 

  • Economic Order Quantity,
  • Balancing Inventory levels,
  • Cost effectiveness.
Define Demand
Profile of each
Define
Define Orders
Products
product
Calculate the
The real demand of
each month is the
forecast for the next
Calculate mean and
standard deviation
Calculate safety
inventory and annual
consumption
deviation between
Define desired service
Define Storage cost
and price per parcel
forecasted and actual
level and calculate z
per product
month
demand
Calculate time
Calculate the
Calculate the average
inventory
Define the size of
each order
required to change
production from one
code to another
Calculate optimal
order size
Calculate annual
deviation between
forecasted and actual
number of orders
demand
Define product
consumption per
warehouse and
Calculate warehouse
size, inventory cost,
average inventory &
production quantity
per cycle
Run different scenarios
changing: service
level, storage cost &
production cycle
Build the model
Select optimal
scenario
Calculate Inventory
according to
warehouse data
cost
calculate required
space
NO
Input Data
Run different scenarios
changing: service
level, storage cost &
production cycle
YES
Build the model
Warehouse is finally
designed
Warehouse Design
Verify
according to
warehouse design data
Warehouse Simulation
Transcribed Image Text:Define Demand Profile of each Define Define Orders Products product Calculate the The real demand of each month is the forecast for the next Calculate mean and standard deviation Calculate safety inventory and annual consumption deviation between Define desired service Define Storage cost and price per parcel forecasted and actual level and calculate z per product month demand Calculate time Calculate the Calculate the average inventory Define the size of each order required to change production from one code to another Calculate optimal order size Calculate annual deviation between forecasted and actual number of orders demand Define product consumption per warehouse and Calculate warehouse size, inventory cost, average inventory & production quantity per cycle Run different scenarios changing: service level, storage cost & production cycle Build the model Select optimal scenario Calculate Inventory according to warehouse data cost calculate required space NO Input Data Run different scenarios changing: service level, storage cost & production cycle YES Build the model Warehouse is finally designed Warehouse Design Verify according to warehouse design data Warehouse Simulation
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