Business management 2321 - federal regulations prohibit the


Transshipment Problem

MAC Transport is trying to minimize their shipping costs for next week. The company has been contracted to ship drums of 3 different chemicals. The transshipment network is shown below:

464_Figure.jpg

The table below gives the capacity of each product for each source:

 

Source A

Source B

Source C

Source D

Product 1

90

65

95

40

Product 2

70

60

80

75

Product 3

55

80

65

55

The table below gives the demand of each product for each source:

 

Destination G

Destination H

Destination I

Destination J

Product 1

80

60

85

40

Product 2

85

70

70

60

Product 3

55

65

50

80

The tables below give the shipping costs between nodes for each product:

Product 1

Source A

Source B

Source C

Source D

Warehouse E

$7

$3

$4

$8

Warehouse F

$5

$4

$6

$5

Product 1

Destination G

Destination H

Destination I

Destination J

Warehouse E

$6

$7

$9

$6

Warehouse F

$8

$6

$7

$4

Product 2

Source A

Source B

Source C

Source D

Warehouse E

$14

$7

$3

$7

Warehouse F

$20

$7

$12

$6

Product 2

Destination G

Destination H

Destination I

Destination J

Warehouse E

$10

$3

$4

$5

Warehouse F

$8

$12

$7

$12

Product 3

Source A

Source B

Source C

Source D

Warehouse E

$10

$14

$16

$13

Warehouse F

$12

$13

$15

$13

Product 3

Destination G

Destination H

Destination I

Destination J

Warehouse E

$9

$12

$12

$11

Warehouse F

$14

$16

$18

$16

The total capacity for each warehouse (total of the three products) is 420.

Federal regulations prohibit the shipping of product 2 from warehouse E to destination H and from warehouse E to destination J.

Formulate a linear program to optimize total cost. Use the EXCEL template provided on Carmen.

Maximal Flow Problem

Nick Nugent (an OSU alumni) is employed as a shipping supervisor for ASC Corporation. He has just received a panic phone call from the company's facility in Boston that the scheduled shipment of parts is delayed and that additionalparts have to be sent from Los Angeles overnight. Nick contacts LCC Express which is an overnight shipping service that serves Atlanta (ATL), Boston (BOS), Chicago (ORD), Dallas (DFW), Denver (DEN), Los Angeles (LAX), Philadelphia (PHL), and San Francisco (SFO). Since the company's Boston facility can use as many parts as can be shipped, LCC needs to calculate the maximum number that it can ship for Nick. LCC collects information on the remaining available capacity on tonight's flights; the possible shipping lanes are shown on the network below and the capacity on each shipping lane is shown in the table below. Assume that there is adequate time at each airport to unload the parts from the arriving plane and load the parts on the next plane. Formulate as a linear program and determine the maximum number of parts that can be shipped from Los Angeles to Boston using LCC?

901_Figure1.jpg

The table below gives the maximum shipments for each of the shipping lanes.

From

To

Maximum

 

From

To

Maximum

 

From

To

Maximum

ATL

BOS

50

 

DFW

ORD

20

 

ORD

BOS

60

ATL

PHL

10

 

DFW

PHL

20

 

ORD

PHL

30

DEN

ATL

40

 

LAX

DEN

30

 

PHL

BOS

80

DEN

ORD

40

 

LAX

DFW

20

 

SFO

DEN

70

DEN

PHL

30

 

LAX

ORD

10

 

SFO

DFW

40

DFW

ATL

10

 

LAX

SFO

40

 

SFO

ORD

30

Shortest Path Problem

Mike Mangold (another OSU alumni) is anxious about leaving work and driving to see his "significant other" for the weekend. He also took Dr. Mark's BusMgt 2321 class and wants to use what he learned in class to solve the problem. He has analyzed the roads from his office (Node "L") and this destination (Node "A"). The network is shown below. Formulate as a linear program to determine the shortest distance between nodes "L" and "A" and what path yields that shortest distance?

1805_Figure2.jpg

Use the EXCEL template provided on Carmen.

Need help with these problems and attached necessary documents.

Attachment:- Problems.zip

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