Return to search

Metoda za projektovanje i optimizaciju sistema za montažu zasnovanih na lean konceptu / Method for optimisation and design of assembly systems based on leanconcept

<p>Istraživanja u okviru doktorske disertacije usmerena su ka razvoju<br />metode za projektovanje i optimizaciju sistema za montažu zasnovanih<br />na lean konceptu. Analizirani su postojeći instrumenti lean-a i posebno<br />je istražen njihov uticaj na razvoj sistema za montažu i analizu<br />ključnih parametara sistema. Na osnovu prethodnog istraživanja,<br />izvršena je selekcija instrumenata lean koncepta koji su<br />implementirani u metodu za projektovanje i optimizaciju sistema za<br />montažu. Verifikacija predložene metode realizovana je na studiji<br />slučaja optimizacije postojećeg sistema za montažu cirkulacionih<br />pumpi. Osim navedenog, izvršeno je i projektovanje potpuno novog<br />sistema za montažu cirkulacionih pumpi.</p> / <p>Research in this PhD thesis is focused on development of method for<br />optimization and design of assembly systems based on lean concept. Existing<br />instruments of lean are analysed especially their impact on development of<br />assembly system and key parameters analysis. Based on previous research a<br />selection of lean instruments was made and they were implemented in method<br />for optimization and design of assembly sustems. Verification of proposed<br />method was realized on case study where existing assembly system was<br />optimized. In adition to the above completely new assembly system was<br />designed using proposed method.</p>

Identiferoai:union.ndltd.org:uns.ac.rs/oai:CRISUNS:(BISIS)106907
Date11 April 2018
CreatorsDragičević Dragan
ContributorsLazarević Milovan, Ćosić Ilija, Herakovič Niko, Beker Ivan, Stankovski Stevan
PublisherUniverzitet u Novom Sadu, Fakultet tehničkih nauka u Novom Sadu, University of Novi Sad, Faculty of Technical Sciences at Novi Sad
Source SetsUniversity of Novi Sad
LanguageSerbian
Detected LanguageUnknown
TypePhD thesis

Page generated in 0.0012 seconds