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NAOME 2020 : 2020 4th International Conference on Naval Architecture and Ocean&Marine Engineering(NAOME 2020) | |||||||||||||||
Link: http://www.icnaome.org/ | |||||||||||||||
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Call For Papers | |||||||||||||||
●2020 4th International Conference on Naval Architecture and Ocean&Marine Engineering(NAOME 2020) - Ei Compendex & Scopus—Call for papers
|November 23-25, 2020 |Christchurch, New Zealand|Website: http://www.icnaome.org/ ●NAOME 2020 welcomes researchers, engineers, scientists and industry professionals to an open forum where advances in the field of Naval Architecture and Ocean&Marine Engineering can be shared and examined. The conference is an ideal platform for keeping up with advances and changes to this field. ●Publication and Indexing All accepted papers will be published in the digital conference proceedings which will send to be Indexed by all major citation databases such as Ei Compendex,SCOPUS, CPCI, Google Scholar, Cambridge Scientific Abstracts (CSA), Inspec,SCImago Journal & Country Rank (SJR), EBSCO, CrossRef, Thomson Reuters (WoS), etc. A selection of papers will be recommended to be published in International Journals. ●Keynote Speakers Prof. Philip L-F. Liu, Cornell University, USA Prof. George Baird, Victoria University of Wellington, New Zealand Prof. Ir. Dr. Ramli Nazir, Universiti Teknologi Malaysia, Malaysia ●Program Preview/ Program at a glance November 23, 2020: Registration + Icebreaker Reception November 24, 2020: Opening Ceremony+KN Speech+Technical Sessions November 25, 2020: Technical Sessions+ Lab tours ●Paper Submission 1.PDF version submit via CMT: https://cmt3.research.microsoft.com/NAOME2020 2.Submit Via email directly to: naome@iased.org ●CONTACT US Ms. Kiki.Y. P. Kwok Email: naome@iased.org Website: http://www.icnaome.org/ Call for papers(http://www.icnaome.org/cfp.html): Green Energy Production and Logistic Marine Environment (Terminal / Control System / High Voltage / Air Conditioning System ) Marine Environmental Protection Green Coal Transportation and Logistics Marine Environmental Protection/Engineering Green Engineering and Technology for Shore Facilities Marine Navigation Green Technology Development in Ship and Engineering Marine Resource Exploitation and Utilization Offshore oil and Gas Production Facilities Marine Standards and Specifications Renewable Energy Maritime Engineering Innovative Ship and Engineering Design Material developments; steels, alloys, composites Floating Storage Re-gasification Unit Materials Innovative Design in Shipping and Engineering Facility Modeling and simulation for engineering design, operational analyses and training LNG and Electrically Driven Vessels Multimodal Transport and Logistics Research, Development, Technology Development for New Energy Ship and Engineering Naval Architects Ship Design for LNG, Chemical and Dangerous Goods Naval Architecture, Marine Design and Shipbuilding Engineering Shipping Policy, Shipping and Engineering Management and Safety Naval engineering (naval architecture) Current Practice and Development of International Regulation Naval engineering, current and common applications Development of Shipping and Shipbuilding Industry Noise and Vibration Law and Arbitration Ocean Engineering and Naval Architecture Operation and Management in Shipping and Engineering Offshore Energy Port Engineering and Management Offshore Engineering Shipping and Engineering Systems amongst Pan Asian Countries Operation Sustainability, Safety and Education in Shipping and Engineering Operational performance considerations Advanced Information Technology Applications in Shipping and Engineering Operational risks and mitigation strategies Advanced naval engineering Port and Waterway Engineering Autonomous and/or automated systems Powering and propulsion Coastal Engineering Project management Construction Propulsion Container handling Propulsion Contract Management for Ship Construction, Repair and Design Quality assurance Corrosion and coating technology Regulation Current, future regulation and classification Safety Deep Ocean Engineering Safety advantages and disadvantages of vehicles Defence & Security Safety and Environment Protection Design Safety of Marine Systems Design and construction of all ship types Safety, human systems integration and training Design and Operation of Container Ships Sea keeping Design and Operation of Passenger Ships Seakeeping Design engineering Ship Automation Design visualisation Ship design and naval engineering Education & Training Ship design guidance for effective ship aerodynamic interface Emergency response, LSA and MES Ship design process Energy Efficiency Ship Designing and Building Environmental impact and technology innovation Ship Manoeuvring Ergonomics and domotics Ship manufacturing Fabrication and welding technology Ship Mechanics (Fluid/Structural Mechanics) Feeder vessels Ship Power Plant Future research and development requirements Ship Repair/Maintenance Hazardous cargoes Ship Resistance Hydrodynamics Ship technology Hydrostatics, hydrodynamics, structures and arrangements Shipbuilding Materials/Techniques Implementation of regulations Shipyard support Innovative system designs Shipyards Interior design, leisure facilities and hotel features Small & Pleasure Crafts Lashing loads Stability Legal/Social Aspects Structure Logistics Sustainability in construction Machinery & Control Sustainability in operation Manned and unmanned vehicle operations System integration Marine Auxiliaries Technological Innovations in Shipbuilding Marine Communications and Technology Underwater Acoustic (UWA)/Hydroacoustic Engineering Marine Design Underwater Acoustics Marine Economy / Maritime Economics Vessel design Marine Electrical/Electronics Virtual work/learning environments Marine Engineering Wind tunnel, scaled model, or full scale validation |
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