Andere Kunden interessierten sich auch für
![Analysis and Reduction of warranty cost: A Case of Automobile Industry]( "Analysis and Reduction of warranty cost: A Case of Automobile Industry")
Analysis and Reduction of warranty cost: A Case of Automobile Industry40,99 €![Impact of Total Productive Maintenance on Breakdown, Repair & Setup]( "Impact of Total Productive Maintenance on Breakdown, Repair & Setup")
Impact of Total Productive Maintenance on Breakdown, Repair & Setup23,99 €![Dependency Based Life Cycle Cost Estimation of a Manufacturing System]( "Dependency Based Life Cycle Cost Estimation of a Manufacturing System")
Dependency Based Life Cycle Cost Estimation of a Manufacturing System32,99 €![Warranty Data Collection and Analysis]( "Warranty Data Collection and Analysis")
Warranty Data Collection and Analysis148,99 €![Warranty Management and Product Manufacture]( "Warranty Management and Product Manufacture")
Warranty Management and Product Manufacture95,99 €![La fiabilité des locomotives 43D de la ligne Phalaborwa - Richards Bay]( "La fiabilité des locomotives 43D de la ligne Phalaborwa - Richards Bay")
La fiabilité des locomotives 43D de la ligne Phalaborwa - Richards Bay36,99 €![L'affidabilità delle locomotive 43D da Phalaborwa a richards a Bay]( "L'affidabilità delle locomotive 43D da Phalaborwa a richards a Bay")
L'affidabilità delle locomotive 43D da Phalaborwa a richards a Bay36,99 €
This research is associated with the warranty related problems. This is a statistical project. Warranty has become an important factor for each organization because it accounts a large profit in most of the organization. This research is related to software related to warranty optimization. A Software (OptiW) is developed that can be applied to any system with different components which follow Weibull distribution. The software can determine Type of alternatives, type of warranty policies and optimum warranty duration period for different components within a system. This software is using life cycle cost as objective function that is minimized related to the various constraints. Mean time between failure and spare parts cost are the constraints for this problem. This software is basically designed in Mat-lab and Genetic algorithm is used to solve this problem. Graphical user interface is developed using guide tool in Mat-lab. An exe file is developed using deploy tool to make this software applicable for any window. This software is taking MTBF and spare parts cost for entire system and minimizing life cycle cost over useful life of the product.