TAILIEUCHUNG - Maintenance modelling of shipboard machinery by delay time analysis

This paper attempts to develop a numerical maintenance model to determine the optimal inspection regime to be followed for shipboard machinery. The maintenance modelling is carried out by Delay Time Analysis using a down time estimation model. | Maintenance modelling of shipboard machinery by delay time analysis International Journal of Management IJM Volume 8 Issue 4 July August 2017 22 Article ID IJM_08_04_003 Available online at http ijm JType IJM amp VType 8 amp IType 4 Journal Impact Factor 2016 Calculated by GISI ISSN Print 0976-6502 and ISSN Online 0976-6510 IAEME Publication MAINTENANCE MODELLING OF SHIPBOARD MACHINERY BY DELAY TIME ANALYSIS Rahul Ramachandran KunjaliMarakkar School of Marine Engineering Cochin University of Science and Technology Cochin India Dr. K. Sunil Kumar Model Engineering College Institute of Human Resource Development Cochin India Roy V. Paul KunjaliMarakkar School of Marine Engineering Cochin University of Science and Technology Cochin India ABSTRACT Shipping Companies are looking for an optimised Maintenance Model to be incorporated into the Safety Management System of the Ships operated by them. Coming into terms with what the best maintenance practise for each of the shipboard machinery is the need of the hour. Optimisation of Maintenance actions will enhance the safety and reliability of the machinery. It is believed that both over maintenance and under maintenance are to be avoided to enhance the efficiency of the concerned machinery. This paper attempts to develop a numerical maintenance model to determine the optimal inspection regime to be followed for shipboard machinery. The maintenance modelling is carried out by Delay Time Analysis using a down time estimation model. The model is validated using operational data original equipment manufacturer recommendations and historical failure data collected from Wartsila A6L20C auxpac system. Key words Maintenance Models For Engines In Ships Safety Management System Delay Time Analysis Cite this Article Rahul Ramachandran Dr. K. Sunil Kumar and Roy V. Paul Maintenance Modelling of Shipboard Machinery by Delay Time Analysis. International Journal of Management 8 4 .

• Cơ khí - Chế tạo máy
• Numerical maintenance model
• Optimal inspection regime
• Down time estimation model
• Maintenance Models For Engines In Ships
• Safety Management System
• Regulatory Management
• Quality System Management
• The Food Safety Component
• Staff Management
• Environmental and Waste Management
• Food Safety Management
• Health & Safety management system
• Value stream mapping
• Business management strategies
• Development of a structured framework
• Manufacturing & Service organizations
• Time of audit
• Clause and sub clauses
• MSME Tool Rooms
• Integrated management system
• Occupational Health and Safety
• Hybrid Fuzzy Inference System Latin Hypercube Simulation
• Fuzzy inference system
• Fuzzy inference system Latin hypercube simulation
• OHS risks management
• Nuclear energy
• Radioactive waste safety management
• Radioactive waste repackaged drums
• Small packaged waste
• Digital twin
• Augmented reality
• Internet of things
• system
• management
• incident
• national
• Federal Emergency Management
• law
• Merchant banking
• Retail banking
• Lecture Retail and merchant banking
• Banking system
• Profitability management
• Safety Issues
• Organic farming
• Sustainable and nutritional fruit production
• Chemical fertilizers
• Soil health and environment
• Food safety became a major concern
• Safety Issues
• BMC Geriatrics
• Cardiovascular diseases
• Patient readmission
• Predictive value of tests
• Risk assessment
• Functional impairment
• Crookes tube
• Radiological education
• Radiation protection
• X ray energy spectrum
• Variable applied voltage
• Post Translational
• Nuclear Proteins
• Obstructive
• Non Obstructive Azoosperm
• Gene Mutations
• Associated with Male Infertility