20.500.12556/RUL-148511 Načrtovanje zamenjave prašnega filtra znotraj letnega remonta neprekinjene proizvodne linije Planning the replacement of a dust filter within the annual refit of a continuous production line V neprekinjenih proizvodnih linijah predstavlja zamenjava strojev in strojnih delov velik časovni in stroškovni izziv. Zaradi narave teh procesov je menjava mogoča zgolj med planiranimi zaustavitvami, katerih trajanje je omejeno, vsako podaljšanje zaustavitve pa prinaša dodatne stroške. Za uspešno obvladovanje teh stroškov sta zato ključna analiziranje projektnih tveganj in natančno načrtovanje del med zaustavitvijo. V magistrski nalogi bomo analizirali projektna tveganja realnega projekta zamenjave prašnega filtra ter predlagali ukrepe za zmanjšanje njihovega vpliva. Za kritična tveganja bomo ukrepe določili in analizirali s pomočjo krivulj tveganj, pri čemer bo pričakovana izguba vsakega posameznega tveganja nižja od sprejemljivih vrednosti. Podrobni časovni načrt montaže, ki mora biti zaključena v roku štirih tednov, bo izdelan na podlagi rezultatov analize SMED ter ocenjenih časov posameznih monterskih operacij. Zaradi tesnega časovnega okna montaže se bo posebna pozornost namenila vzporednemu izvajanju del, končni terminski plan pa bo služil kot ključno orodje za pripravo na montažo in spremljanje napredka med njeno izvedbo. In continuous production lines, the replacement of machines and machine parts presents a significant challenge in terms of both time and cost. Due to the nature of these processes, replacements can only be carried out during planned shutdowns, which have limited durations. Any extension of the shutdown period results in additional cost. To effectively mitigate these costs, project risks analysis and precise planning of the work during the shutdown are crucial. In this master's thesis we will analyse the project risks associated with a real project involving the replacement of a dust filter, and propose measures to minimize their impact. For high-priority risks, we will define and analyse measures using risk curves, ensuring that the expected loss of each individual risk is lower than acceptable values. A detailed assembly schedule, which must be completed within a four-week timeframe, will be developed based on the results of the SMED analysis and estimated times for each assembly operation. Due to the tight assembly window, special attention will be given to concurrent task execution, and the final schedule will serve as a crucial tool for preparation and monitoring progress during its implementation. projektno vodenje analiza tveganj obvladovanje tveganj krivulje tveganj metoda SMED terminsko planiranje project management risk analysis risk management risk curves SMED time management true false false [A. Kenda] Slovenski jezik Angleški jezik Magistrsko delo/naloga 2023-08-25 08:31:27 2023-08-25 08:31:28 2023-11-22 10:08:27 0000-00-00 00:00:00 2023 0 Ljubljana 0 XVIII, 65 str. 0000-00-00 NiDoloceno NiDoloceno NiDoloceno 0000-00-00 0000-00-00 0000-00-00 658.51:005.52:005.334(043.2) 255035 164557827 29121.pdf 29121.pdf 1 6F4EAAB9406572DFF3A5E1235B1C76D1 5004eef9a6c028bf503804d17c74904950853862b215f22d38c76f2b6d61efb8 f5a999f3-4310-11ee-b9d7-0050569b8976 https://repozitorij.uni-lj.si/Dokument.php?lang=slv&id=172766 29122.png 29122.png 1 B8546B5B6FE802F8E835B19791197616 243533fff15d138ab1b837ffef9ac2a866eebeec2dbaee91efc1621956d71d63 f5aa162a-4310-11ee-b9d7-0050569b8976 https://repozitorij.uni-lj.si/Dokument.php?lang=slv&id=172767 Fakulteta za strojništvo 0 0 0