in this slııdy, Malerial Requirements Pkmmng (MRP) is performed in a
foımdry and evahıated lol sizing methods which are approprıale for the considered
syslem. fıı Ijleralııre, researches are generally based on experimental data sels as
compariııg u'hich lot siziııg melhods are better. in this stııdy, by ıısiııg iııdııstria! dala,
the performances of 5 differeııt methods are evalmled, aııd shown which ones are
appıvpıialefor Ifıis system. An MRP implementatıon to afoımdıy is extrenıely difficult
becaııse bili of maleıials (BOM) is not generally inleger aııd a component quantity
depeııds on olher componenl qııaııtilıes. Firsily, in order to lise rcm ma/eriaîs
efficiently, oplimal percenlage ofrcr. v materials ıısage is calcıılated by ıısing the iiııear
programming lechııigııes. Then, MRP slııdy has performed on approsimalely 15] end
ilems ıısed in Masler Prodııction Schedule (MPS) of the fırm 'dııriııg 6 monlhs for
defıııing ııel regııirements cmd lot siziııg procedures resıılts ore allained
| Subjects | Industrial Engineering |
|---|---|
| Journal Section | Research Article |
| Authors | |
| Acceptance Date | July 4, 1999 |
| Publication Date | December 31, 1999 |
| Published in Issue | Year 1999 Volume: 12 Issue: 2 |