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TAŞIMA AKTİVİTELERİNİ İÇEREN PARTİ BÖLME PROBLEMLERİNİN LİTERATÜR TARAMASI

A REVIEW ON LOT STREAMING PROBLEMS WITH TRANSPORTATION ACTIVITIES

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Abstract (2. Language): 
Lot streaming is the process that splits the productionlot into sublots and streams these sublots among the machines with regard to someperformance criteria. A performance criterioncan be time-based (e.g., makespan) or cost-based (e.g.,total cost),while some studies consider both of them together. In lot streaming problems, the production system characteristics are important. The case that the production system is single/multi stage or single/multi product determinesthe complexity of the lot streaming problems. Such systems may also involve a number of activities (e.g.,production, setup, transportation) thatfurthercomplicate the problem. This paper reviews the lot streaming problems with transportation activities.The number of transporters, their capacities and performing the schedule of these transporters are the components of this type of problems. Including transportation activities makes the problem more realistic. Thisreview is based on the single/multi stage and single/multi product cases. Italso aims to provideopen perspectives and futureresearch directions on lot streaming problems withtransportation activities.
Abstract (Original Language): 
Parti bölme işlemi, üretim partisini daha küçük alt partilere bölmek ve bu alt partileri performans ölçütlerinegöre makinelerde sıralamak şeklinde tanımlanabilir. Performans ölçütüzaman tabanlı (tamamlanma süresi) ya da maliyet tabanlı (toplam maliyet) olabilir. Ama bazı çalışmalarda ikisinin entegre edildiğide görülmektedir. Parti bölme problemlerinde, üretim sisteminin karakteristikleri önemlidir. Üretim sisteminin tek/çok aşamalı, ya da tek/çok ürünlü olması, parti bölme probleminin çözüm karmaşıklığını belirler. Bu sistemler aynı zamanda problemin çözümünü zorlaştıran bazı aktiviteleri de (üretim, hazırlık, taşımagibi) içerebilir. Bu makale literatürdeki taşıma aktivitelerini içeren parti bölme problemlerini incelemektedir. Taşıyıcıların sayısı, kapasitelerive taşıyıcıların çizelgelenmesi bu tip parti bölme problemlerininbileşenleridir. Parti bölme problemlerinde taşıma aktivitelerini dikkate almak,problemi gerçek hayat problemlerine yaklaştırmaktadır. Buliteratürtaraması, tek/çok aşamalı ve tek/çok ürünlü kategorilerinde yapılmıştır. Ayrıca bu makale,taşıma aktivitelerini içeren parti bölme problemlerinefarklı perspektifler geliştirme ve geleceğe yönelik araştırma çalışmalarına ışık tutma amacındadır.

REFERENCES

References: 

Bogaschewsky, R. W., Buscher, U. D.,and Lindner, G.,(2001), “Optimizing Multi-Stage Production withConstant Lot Size and Varying Number of Unequal Sized
Batches”, Omega, 29, 183-191.
Chang, J. H.,and Chiu, H. N.,(2005), “Comprehensive Review of Lot Streaming”,
International Journal of Production Research, 43, 8, 1515-1536.
İstanbul Ticaret Üniversitesi Fen Bilimleri Dergisi Bahar 2007/1
141
Chiu, H. N.,and Chang, J. H.,(2005), “CostModels for LotStreaming in a
Multistage Flow Shop”, Omega, 33, 435-450.
Chiu, H. N., Chang, J. H.,and Lee, C. H.,(2004), “Lot Streaming Models with a
Limited Number of Capacitated Transporters in Multistage Batch Production
Systems”, Computers &Operations Research,31,2003-2020.
Feldman, M., and Biskup, D.,(2005), “On Lot Streaming with Multiple Products”,
Discussion Paper,No. 542, Bielefeld University, Germany .
Goyal, S. K.,(1976), “Notes on Manufacturing Cycle Time Determination for a
Multi-Stage Economic Production Quantity Model”, ManagementScience,23, 332-333.
Hall, N. G., Laporte, G., Selvarajah, E., and Sriskandarajah, C., (2003), “Scheduling
and LotStreaming in Flow Shopswith No-Wait in Process”, Journal of Scheduling,
6, 339-354.
Kalir, A. A.,and Sarin, S. C.,(2001), “Optimal Solutions for The Single Batch,
Flow Shop, Lot-Streaming Problem with Equal Sublots”, DecisionScience, 32, 387-397.
Kim, S. L., and Ha,D., (2003), “A JIT Lot-Splitting Model for Supply Chain
Management: Enhancing Buyer-Supplier Linkage”, International Journal of
Production Economics,86, 1, 1-10.
Kropp, D. H.,and Smunt, T. L.,(1990), “Optimal and Heuristic Models for Lot
Splitting in a Flow Shop”, Decision Sciences,21, 691-709.
Li, C. L., and Xiao, W.Q., (2004), “Lot Streaming with Supplier-Manufacturer
Coordination”, Naval Research Logistics, 51, 4, 522-542.
Ramasesh, V. R., Haizhen, F., Duncan, K. H. F.,and Jack, C. H.,(2000), “Lot
Streaming in Multistage Production Systems”, International Journal on Production
Economics,66, 199-211.
Riezebos, J.,(2004), “Time Bucket Length and LotSplittingApproach”,
InternationalJournal ofProductionResearch,42, 2325-2338.
Sen, A., and Benli, O. S., (1999), “Lot Streaming in Open Shops”, Operations
Research Letters, 23, 135-142.
Steiner, G.,and Truscott, W. G., (1993), “Batch Scheduling to Minimize Cycle
Time, Flow Time, and Processing Cost”, IIE Transactions,25, 90-97.
Rahime SANCAR EDİS, Arslan M. ÖRNEK, Deniz TÜRSEL ELİİYİ
142
Szendrovits, A. Z.,(1975), “Manufacturing Cycle Time Determination for a Multi-Stage Economic Production Quantity Model”, ManagementScience,22, 298-308.
Szendrovits, A. Z., (1976), “On The Optimality of Sub-Batch for a Multi-Stage EPQ
Model -A Rejoinder”, Management Science,23, 334-338.
Trietsch, D.,and Baker, K. R., (1993), “Basic Techniques for LotStreaming”,
Operations Research,41, 1065-1076.
Truscott, W. G.,(1986), “Production Scheduling with Capacity-Constrained
Transportation Activities”, Journal of OperationsManagement, 6, 333-348.
Van Nieuwenhuyse,I.,and Vandaele,N.,(2003), “Minimizing Total Costs in Flow
Shops with Overlapping Operations: The Importance of Gap Costs”, Proceedings of
the POMS 2003 Annual Meeting,Savannah.
Van Nieuwenhuyse, I.,and Vandaele,N., (2006), “The Impact of Delivery Lot
Splitting on Delivery Reliability in a Two-Stage Supply Chain”, International
Journal of Production Economics,104, 2, 694-708.

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