Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely:  presents new warranty cost models subject to two types of warranty periods (warranty and postwarranty periods), minimal repairs, and various types of warranty policies including free repair/replacement warranty and prorata warranty for  k -out-of- n  systems. Two-dimensional warranty is applied to investigate the warranty cost using repair times and failure times.  obtain the long-run expected cost functions per unit time with respect to both the warranty and postwarranty periods by considering the aspects of both the manufacturer and the customer.  considers a periodic preventive maintenance (PM) policy with both corrective maintenance and PM and also determines three decision variables including warranty period, repair time limit, and periodical maintenance cycles, which minimize the long-run expected cost. Numerical examples are discussed to demonstrate the applicability of the methodologies, and results including the three optimum decision-variable solution and their corresponding long-run expected cost per unit are derived.
['Minjae Park', 'Hoang Pham']
I am writing a research paper on a idea Warranty Cost Analysis for $k\hbox{-}out\hbox{-}of\hbox{-}n$ Systems With 2-D Warranty
[{"from": "human", "value": "I am writing a research paper on a idea Warranty Cost Analysis for $k\\hbox{-}out\\hbox{-}of\\hbox{-}n$ Systems With 2-D Warranty"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely:  presents new warranty cost models subject to two types of warranty periods (warranty and postwarranty periods), minimal repairs, and various types of warranty policies including free repair/replacement warranty and prorata warranty for  k -out-of- n  systems. Two-dimensional warranty is applied to investigate the warranty cost using repair times and failure times.  obtain the long-run expected cost functions per unit time with respect to both the warranty and postwarranty periods by considering the aspects of both the manufacturer and the customer.  considers a periodic preventive maintenance (PM) policy with both corrective maintenance and PM and also determines three decision variables including warranty period, repair time limit, and periodical maintenance cycles, which minimize the long-run expected cost. Numerical examples are discussed to demonstrate the applicability of the methodologies, and results including the three optimum decision-variable solution and their corresponding long-run expected cost per unit are derived."}]