A warehouse layout is to be designed, given that Storage bays are of size $15$ m X $10$ m each. $\backslash$table$[[43,70,7,77,45,24,3,10],[54,14,5,9,6,58,5,20],[16,24,12,41,29,60,64,30],[35,74,75,72,31,23,15,70],[49,8,57,62,39,61,78,63],[67,56,64,13,50,56,43,22],[57,87,34,24,65,14,31,85]]$

Use the following colour code for the placement of your facility.

$\backslash$table$[[$OAK$],[$Cedar$],[$Pine$],[$Maple$],[$Mahogany$]]$

Docks P $1$ is for truck delivery docks P$2,$ P $3$ and P $4$ are for rail delivery Dedicated storage is

used. Thirty percent of all item movement in and out of storage is from$/$to P$1.$ Seventy

percent of all item movement in and out of storage is equally divided between docks P$2,$ P $3,$

and P$4.$ Six types of wood namely Oak, Cedar, Pine, Maple, and Mahogany are to be stored

in the warehouse with only one type of product stored in each storage bay. Storage space per

product is given in Table $2.$ Loads of products entered or received per year are given in Table

$3.$ The expected distance traveled between storage locations and docks Is given in Table $4.$

Rectilinear travel is used and is measured between the centroids of storage bays.

Table $2$: Storage space per product

Product

Storage space $$

Oak

$2100$

Cedar

$600$

Pine

$900$

Maple

$1200$

Mahogany

$2700$

Table $3$: Storage rate of product per year

Product

loads received$/$entered$.$

in per month

Oak

$550$

Cedar

$850$

Pine

$900$

Maple

$450$

Mahogany

$750$

Table $4$: Expected distance traveled between storage locations and docks

Page $4$ of $5$

Page $5$ of $5$

$43707774524310$

$541459658520$

$1624124129606430$

$3574757231231570$

$498576239617863$

$6756641350564322$

$5787342465143185$

Use the following colour code for the placement of your facility.

OAK

Cedar

Pine

Maple

MahoganyQuestion $3$

A warehouse layout is to be designed, given that Storage bays are of size $15m10m$ each.

Docks P $1$ is for truck delivery docks P$2,$ P $3$ and P$4$ are for rail delivery Dedicated storage is

used. Thirty percent of all item movement in and out of storage is from$/$to P$1.$ Seventy

percent of all item movement in and out of storage is equally divided between docks P$2,$ P $3,$

and P$4.$ Six types of wood namely Oak, Cedar, Pine, Maple, and Mahogany are to be stored

in the warehouse with only one type of product stored in each storage bay. Storage space per

product is given in Table $2.$ Loads of products entered or received per year are given in Table

The expected distance traveled between storage locations and docks is given in Table $4.$

Rectilinear travel is used and is measured between the centroids of storage bays.

Table $2$: Storage space per product

Table $3$: Storage rate of product per year

Table $4$: Expected distance traveled between storage locations and docksQuestion $3$

A warehouse layout is to be designed, given that Storage bays are of size $15m10m$ each.

Docks P $1$ is for truck delivery docks P$2,$ P $3$ and P$4$ are for rail delivery Dedicated storage is

used. Thirty percent of all item movement in and out of storage is from$/$to P$1.$ Seventy

percent of all item movement in and out of storage is equally divided between docks P$2,$ P $3,$

and P$4.$ Six types of wood namely Oak, Cedar, Pine, Maple, and Mahogany are to be stored

in the warehouse with only one type of product stored in each storage bay. Storage space per

product is given in Table $2.$ Loads of products entered or received per year are given in Table

The expected distance traveled between storage locations and docks is given in Table $4.$

Rectilinear travel is used and is measured between the centroids of storage bays.

Table $2$: Storage space per product

Table $3$: Storage rate of product per year

Table $4$: Expected distance traveled between storage locations and docks