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Lease Contracts with Servicing Strategy Model for UsedProduct Considering Crisp and Fuzzy Usage Rates
ABSTRACT
Leasing activity is becoming popular in recent years for several reasons. One among thereasons is in regards to extremely high cost of purchasing for some products or
equipment, e.g. heavy equipment used in a mining industry and other manufactures usingsophisticated equipment. In these areas, due to the expensive production equipment,many operators adopt a leasing contract, rather than purchasing the equipment directly. Inthis paper, we study lease contracts for used product involving servicing strategy. Thelessor (agent) will give servicing strategies which allows more than one imperfect repair tothe lessee. A penalty cost incurred when the time required to perform a repair actionexceeds a predetermined target. The servicing strategy proposed reduces equipmentfailures and hence decreases total maintenance cost during the lease contract. We
develop a mathematical model to find the optimal maintenance strategy, such as the coststructure and the maintenance degree during the lease period. We find the optimalmaintenance level and the threshold values for the servicing strategy such that to minimizethe expected total maintenance cost. Numerical examples are presented to illustrate theoptimal solution, firstly by considering crisp usage rates level and secondly by consideringfuzzy usage rates level.
2020, Volume 18, Issue Number 1
658 HEN a
600
Text
Indonesia
International Journal of Artificial Intelligence
2020
Bandung
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APA Citation
Hennie Husniah. (2020).Lease Contracts with Servicing Strategy Model for UsedProduct Considering Crisp and Fuzzy Usage Rates.(Electronic Thesis or Dissertation). Retrieved from https://localhost/etd