7/30/2019 Copy of 1.pdf

1/14

//________________________________//

.

.

.

.

7/30/2019 Copy of 1.pdf

2/14

][/)(

.

. ::

.:

.

:.

.

.

:

.

7/30/2019 Copy of 1.pdf

3/14

...][

.

.

.

com.atozlean.www

.

.

.).(

). (

7/30/2019 Copy of 1.pdf

4/14

][/)(

.

:

.. ..

..

:.:

..:.

OPT

%-%

.

OPT)(

(Nahmias, 1997, 814)OPT

7/30/2019 Copy of 1.pdf

5/14

...][

)(OPT

).(:

...(Wild, 1986, 445-478)..)Arcus, et. al., 1966, 259-277(.

.

.

..

.

.

..

)(

.

.

7/30/2019 Copy of 1.pdf

6/14

][/)(

Helgeson and Brinie

(Helegson and Brinie, 1961, 394-398)(www.Manufacturing System Design, 4)Briker U.of Low,1997, 1 Ranked. Positional Weight, 1)www.Dennis(.

:

.)Dennis Briker, 1997.(

ij)i-j(i

Ck:

kc pi =

)( I = kc - pi:

1

d = =

(Dennis L. Briker, Assembly Line Balancing) Www.dbricker@icaen.uiowa.edu2,4 1997.

:C:K:P:d:

.

.).(

i=1

n

n

i=1

KC - Pin

i=1

KC KC

mailto:Www.dbricker@icaen.uiowa.edumailto:Www.dbricker@icaen.uiowa.edu

7/30/2019 Copy of 1.pdf

7/14

...][

7/30/2019 Copy of 1.pdf

8/14

][/)(

7/30/2019 Copy of 1.pdf

9/14

...][

.

)K=1,2,.....,M(

(Hans Walter Lorenz, 2003, 2).

(Hamid Noor and Russel Radford, 1995, 255).

)Mathais Amen, 2001, 256.(

.

.

BG1258.

BJ-1258

-

.

:

=/.(Freeman and Jucker, 1967, 361).=/

7/30/2019 Copy of 1.pdf

10/14

][/)(

).(

C=19.6

C=29

12.52.517.127.5

20.5316.629

32.15.114.523.9

40.65.713.923.3

50.66.313.322.7

628.311.320.7

71.810.19.518.9

82.112.27.416.890.612.86.816.2

101.614.45.214.6

111.215.6413.4

120.516.13.512.9

130.316.43.212.6

142.418.80.810.2151.820.61.88.4

161.822.43.66.6

171.824.25.44.8

181.125.36.53.7

1

191.827.18.31.9

BJ-1258

.

)()*(

:.

)*(Rhythem::

.

7/30/2019 Copy of 1.pdf

11/14

...][

)/= (/=29.1 /34=0.85)= (/=570 /

0.85=670.5.:

=/

.

C=19.6

C=29

2203.230.311.525.8

210.831.112.325

221.132.213.423.9

231.533.714.922.4

240.534.215.421.9

251.235.416.620.7

262.137.518.718.8

270.53819.218.1

12.1

20.4

31.7

40.5

50.5

61.7

71.5

81.7 90.5

101.3

111

120.4

130.2

7/30/2019 Copy of 1.pdf

12/14

][/)(

142

151.5

161.5

171.5

180.9

191.5

202.7

210.6

220.9

231.2

240.4

251

261.7

270.4

.

)(

....

.

.

..

.

.BJ-1258 .

7/30/2019 Copy of 1.pdf

13/14

...][

.

..

.

.

. ..

..

-.

. ..

..

..

.MRPOPT

.

. .

7/30/2019 Copy of 1.pdf

14/14

][/)(

-1. Arcus, A. L., Comsoal, A computer Method of Sequencing Operations of Assembly

Lines, Int. J. Proad. Res., 4, 4,1996.

2. Christian Becker, Armin Scholl, A survey On Problem and Methods in GeneralizedAssembly Line Balancing, www.wiwi.uni-j ena.de, 2003.

3. D. R. Freeman and J. V. Jucker, The Line Balancing, Journal of Industrial Engineering,

Vol. XVIII, No. 6, 1966.4. Dennis L. Bricker, Assembly Line Balancing, www.dbricker @icaen.uiova.edu, 1997.5. Hamid Noori, and Ruseel Radford, Production and Operations Management, Total

Quality and Responsiveness, McGraw-Hill, Inc., New York, 1995.

6. Matthias Amen, Heuristic Methods for Cost-Oriented Assembly Line Balancing, AComparison On Solution Quality and Computing Time, International Journal ofProduction Economics, 9, www. elsevier.com/locate/dws, 2001.

7. Ray Wild, Production and Operation Management: Principles and Technologies, Holt,Richard and Winston Ltd., London, 1986.

8. Steven, Nahmias, Production and Operation Analysis, 3rd. ed., McGraw-Hill

International Edition, NY, 1997.9. The Learning Center, www.atozlean.com.10.W. B. Helegson and D. P. Brine, Assembly Line Balancing Using Ranked Positional

Weight, Journal of Industrial Engineering, Vol. XII, No. 6.

11.www.atozlean.com.2004.

The Developing of Line Balancing Style to Achieve Balancing

Production Lines

Applied Study in The Factory of Ready Made Wears in Mosul

ABSTRACTThe Line Balancing is regarded as one of the most important subjects of industrial

institutions because of its obvious effect on the streamline of materials, workers and

products. In the current time, many of production problems have appeared in differentfactories, in general and in the factories of ready-made wears, in particular. One of the mostimportant problems which affects directly on production increase in the Balancingproduction lines, which will in turn lead to decrease the spoilage, reducs the time ofproduction to the construction of required workman power, if it is invested well and

followed by modern scientific methods to achieve the true balancing and arrangement ofequipment and units and different production partitions. One these methods is live rankedpositional weights which is the subject of this paper to reach the idealistic arrangement inapplication to the factory of Ready Made wears in mosul as considered one of the

distinctive factories in manufacturing the ready made wears. So the method of rankpositional weight and the application of suggested model is to develop this method inmosul factory in the light of its actuality .

http://www.wiwi.uni-j/http://www.atozlean.com./http://www.atozlean.com./http://www.wiwi.uni-j/