FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2103294080> ?p ?o ?g. }

• W2103294080 abstract "Many manufacturers are moving towards green manufacturing. One of the actions for environment friendly manufacturing is collection of end-of-life products (EOL). EOL products are transported to the proper facilities for reprocessing or proper disposal. Movement of collected products is performed through reverse logistics networks. Reverse logistics networks may be designed independent of forward logistics networks, or as integrated networks, known as integrated forward and reverse logistics (IFRL) networks. Recent research shows that IFRL networks are more efficient than independent networks. In this work, we study a number of IFRL networks. We present a comprehensive mathematical model to represent an assignment and location-routing IFRL network. Afterwards, this model is decomposed into a number of sub-models that represent different IFRL networks. For each network we develop a solution methodology to solve practical size problems.Two sub-models based on the comprehensive model are presented to design two IFRL location-routing networks. The first network considers decision on the location to establish a disassembly plant. The second network considers decisions on the location to establish a manufacturing facility. For both networks, routing decisions are assigning customers to vehicles, and establishing vehicles’ routes. We develop two heuristic methods to solve the models. The heuristics are able to reach optimal or near optimal solutions in reasonable computational times.The vehicle routing problem with simultaneous pickup and delivery and time windows (VRPSPD-TW) is studied in this work. We use a sub-model of the comprehensive model to represent the problem. Classic heuristics and intelligent optimization or metaheuristics are widely used to solve similar problems. Therefore, we develop a heuristic method to solve the VRPSPD-TW. Results of the heuristic serve as initial solutions for a simulated annealing (SA) approach. For most tested problems, the SA approach is able to improve the heuristic solutions, and reach optimal solutions. Computational times are reasonable for the heuristic and SA.We also study the multi-depot vehicle routing problem with simultaneous pickup and delivery and time windows (MDVRPSPS-TW). A sub-model of the comprehensive model represents the problem. The network considers assignment of customers and vehicles to depots, assignment of customers to vehicles and routing of vehicles within customers’ time windows. We develop a 2-phase heuristic and a SA approach to solve the problem. Heuristic solutions serve as initial solutions for the SA approach. SA is able to reach optimum or near optimum solutions. Computational times are reasonable for the heuristic and SA" @default.
• W2103294080 created "2016-06-24" @default.
• W2103294080 creator A5081869671 @default.
• W2103294080 date "2011-04-15" @default.
• W2103294080 modified "2023-09-27" @default.
• W2103294080 title "Integrated Forward and Reverse Logistics Network Design" @default.
• W2103294080 cites W187303438 @default.
• W2103294080 cites W1902927221 @default.
• W2103294080 cites W1965592465 @default.
• W2103294080 cites W1965618732 @default.
• W2103294080 cites W1967058392 @default.
• W2103294080 cites W1967139445 @default.
• W2103294080 cites W1977133702 @default.
• W2103294080 cites W1978282323 @default.
• W2103294080 cites W1979864952 @default.
• W2103294080 cites W1984000137 @default.
• W2103294080 cites W1988416901 @default.
• W2103294080 cites W1989974478 @default.
• W2103294080 cites W1992447230 @default.
• W2103294080 cites W1994671023 @default.
• W2103294080 cites W1996693860 @default.
• W2103294080 cites W1998650636 @default.
• W2103294080 cites W1998978794 @default.
• W2103294080 cites W2000655536 @default.
• W2103294080 cites W2007815479 @default.
• W2103294080 cites W2011923969 @default.
• W2103294080 cites W2012605537 @default.
• W2103294080 cites W2012952718 @default.
• W2103294080 cites W2023970072 @default.
• W2103294080 cites W2024938364 @default.
• W2103294080 cites W2026215866 @default.
• W2103294080 cites W2034288630 @default.
• W2103294080 cites W2040280177 @default.
• W2103294080 cites W2040546552 @default.
• W2103294080 cites W2040678783 @default.
• W2103294080 cites W2040729418 @default.
• W2103294080 cites W2040733788 @default.
• W2103294080 cites W2044078897 @default.
• W2103294080 cites W2045658258 @default.
• W2103294080 cites W2046307075 @default.
• W2103294080 cites W2046830857 @default.
• W2103294080 cites W2059810217 @default.
• W2103294080 cites W2060847066 @default.
• W2103294080 cites W2060985719 @default.
• W2103294080 cites W2062488642 @default.
• W2103294080 cites W2066086285 @default.
• W2103294080 cites W2066535472 @default.
• W2103294080 cites W2075176827 @default.
• W2103294080 cites W2077665392 @default.
• W2103294080 cites W2079204917 @default.
• W2103294080 cites W2080933196 @default.
• W2103294080 cites W2082573334 @default.
• W2103294080 cites W2083030584 @default.
• W2103294080 cites W2084151425 @default.
• W2103294080 cites W2084977713 @default.
• W2103294080 cites W2087628965 @default.
• W2103294080 cites W2089285195 @default.
• W2103294080 cites W2089725715 @default.
• W2103294080 cites W2095090606 @default.
• W2103294080 cites W2095599659 @default.
• W2103294080 cites W2096171214 @default.
• W2103294080 cites W2096305430 @default.
• W2103294080 cites W2104361976 @default.
• W2103294080 cites W2109464943 @default.
• W2103294080 cites W2111002630 @default.
• W2103294080 cites W2112850949 @default.
• W2103294080 cites W2116675171 @default.
• W2103294080 cites W2124157731 @default.
• W2103294080 cites W2126373170 @default.
• W2103294080 cites W2135629423 @default.
• W2103294080 cites W2142295310 @default.
• W2103294080 cites W2144390583 @default.
• W2103294080 cites W2146870367 @default.
• W2103294080 cites W2152212781 @default.
• W2103294080 cites W2158000627 @default.
• W2103294080 cites W2159226528 @default.
• W2103294080 cites W2167890839 @default.
• W2103294080 cites W2224737250 @default.
• W2103294080 cites W2320646052 @default.
• W2103294080 cites W2503454859 @default.
• W2103294080 cites W2593238039 @default.
• W2103294080 cites W61211541 @default.
• W2103294080 cites W1497772944 @default.
• W2103294080 cites W2059618103 @default.
• W2103294080 cites W2107646728 @default.
• W2103294080 cites W2137235510 @default.
• W2103294080 hasPublicationYear "2011" @default.
• W2103294080 type Work @default.
• W2103294080 sameAs 2103294080 @default.
• W2103294080 citedByCount "0" @default.
• W2103294080 crossrefType "dissertation" @default.
• W2103294080 hasAuthorship W2103294080A5081869671 @default.
• W2103294080 hasConcept C108005400 @default.
• W2103294080 hasConcept C108713360 @default.
• W2103294080 hasConcept C109718341 @default.
• W2103294080 hasConcept C111919701 @default.
• W2103294080 hasConcept C114563136 @default.
• W2103294080 hasConcept C123784306 @default.
• W2103294080 hasConcept C127413603 @default.
• W2103294080 hasConcept C127705205 @default.

• next