| 13:40-14:30 | CH1 | Session1. Decarbonization (Carbon Capture) |
| Chair | Haifeng LIU (Tianjin University, China) | ||
| D1-S1-1 | 13:40-13:50 | Decarbonization of the maritime transport sector: a short review on low-carbon technology and the study on pure methanol compression in engines Haifeng LIU (Tianjin University China(P.R.C)) |
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| D1-S1-2 | 13:50-14:00 | Process Design of Onboard Membrane Carbon Capture and Liquefaction Systems for Ships Juyoung OH (Seoul National University) |
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| D1-S1-3 | 14:00-14:10 | Process modeling of on-board carbon capture using monoethanolamine solution Jong Yeon JUNG (Seoul National University) |
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| D1-S1-4 | 14:10-14:20 | A feasibility Study for On-board Carbon Capture and Storage(OCCS) Technology Jungin CHOI (Samsung Heavy Industries) |
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| D1-S1-5 | 14:20-14:30 | Introduction of decarbonICE and Feasibilty Study for Seabed Penetration of Carbon Descent Vehicles (CDVs) Minjung JUN (Daewoo Shipbuilding & Marine Engineering) |
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| CH2 | Session2. Digitalization (Digitalized Operation 1) |
| Chair | Hanseong LEE (Research Institute of Medium & Small Shipbuiling) | ||
| D1-S2-1 | 13:40-13:50 | A study on the development of a fault diagnosis model for rotating machinery Jeonghee YANG (Daewoo Shipbuilding & Marine Engineering) |
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| D1-S2-2 | 13:50-14:00 | Fatigue Damage Prediction of TTR Subjected to VIV by ANN Mala Konda Reddy LEKKALA (Universiti Teknologi PETRONAS Malaysia) |
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| D1-S2-3 | 14:00-14:10 | The Development of Condition Based Maintenance System on Rotating Machines of Smart ship BumHyun LIM (Smartship Samsung Heavy Industries Korea) |
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| D1-S2-4 | 14:10-14:20 | Hull monitoring system development for hull digital twin Inho JANG (Daewoo Shipbuilding & Marine Engineering) |
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| CH3 | Session3. Digitalization (Smart Ship 1) |
| Chair | Hwa Lyong LEE (DNV) | ||
| D1-S3-1 | 13:40-13:50 | Autonomous Navigation Experiment in Pohang Canal Jonghwi KIM (KAIST) |
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| D1-S3-2 | 13:50-14:00 | The application of ODD (Operational Design Domain) to MASS Bomi JEON (Korea Marine Equipment Research Institute) |
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| D1-S3-3 | 14:00-14:10 | Detection and Tracking Methods of Maritime Obstacles Using Multiple Cameras Jeong-Ho PARK (Seoul National University) |
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| D1-S3-4 | 14:10-14:20 | A Method for Route Planning of Small Ships in Coastal Areas Dong-Guen JEONG (Seoul National University) |
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| D1-S3-5 | 14:20-14:30 | Autonomous Vessel Voyage Planning Modeling in Northern Sea Route with Liquid Hydrogen Transportation Se Won KIM (Sejong University) |
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| CH4 | Session4. Digitalization (Smart Yard 1) |
| Chair | Jonghun WOO (Seoul National University) | ||
| D1-S4-1 | 13:40-13:50 | A Block Lifting Method with Wire Ropes Based on Deep Reinforcement Learning Do-Hyun CHUN (Seoul National University) |
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| D1-S4-2 | 13:50-14:00 | Development of Reinforcement Learning based Quay Scehduling Alogorithm Young-In CHO (Seoul National University) |
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| D1-S4-3 | 14:00-14:10 | Development of Innovated Container Ship Production Method using 3D Scanner and Simulation Doo-Jin CHOI (Samsung Heavy Industries) |
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| D1-S4-4 | 14:10-14:20 | Algorithm for establishing optimal plan for steel stock yard with reinforcement learning and meta-heuristics Heechang YOON (Seoul National University) |
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| 14:40-16:00 | CH5 | Session5. Decarbonization (Hydrogen & GHG Emission) |
| Chair | Yutaek SEO (Seoul National University) | ||
| D1-K1 | 14:40-15:20 | [Keynote] Simulation-Based Evaluation of Decarbonization Pathways Georgios Plevrakis (ABS) |
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| D1-S5-1 | 15:20-15:30 | Collaborative Teamwork Platform for Zero Emission Fuel Transition of Maritime Industry Kazuo HIEKATA (The University of Tokyo) |
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| D1-S5-2 | 15:30-15:40 | Methane emission reduction technologies for medium-speed dual-fuel engines Hyunchun PARK (Hyundai Heavy Industries) |
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| D1-S5-3 | 15:40-15:50 | Development of low-flash point fuel engine technology for reducing GHG emissions on marine engine. Seungpil LEE (Korea Shipbuilding & Offshore Engineering) |
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| D1-S5-4 | 15:50-16:00 | Smart Marine Hydrogen Highway Zhiming YUAN (University of Strathclyde) |
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| CH6 | Session6. Decarbonization (LNG & Gas shipping) |
| Chair | Sung Yong KIM (Bureau Veritas) | ||
| D1-K2 | 14:40-15:15 | [Keynote] How to respond to IMO GHG regulation – Shipping and Shipbuilding Industry Kanghyun Song (Korean Register) |
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| D1-S6-1 | 15:15-15:25 | Introduction of Non bonded type Spray Foam Insulation System for IMO Type B Tank Byunghwa KIM (Daewoo Shipbuilding & Marine Engineering) |
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| D1-S6-2 | 15:25-15:35 | Development of no vent bunkering operation Sungwoo KIM (Samsung Heavy Industries) |
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| D1-S6-3 | 15:35-15:45 | Development and Design Verification of Fuel Gas Supply System for LNG Fueled Ship Hyeonsu JEONG (Samsung Heavy Industries) |
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| D1-S6-4 | 15:45-15:55 | A study on sloshing load for various size of LNG fuel tanks of 23,000 TEU containership Junhyung JUNG (Daewoo Shipbuilding & Marine Engineering) |
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| D1-S6-5 | 15:55-16:05 | Developing a sustainable maritime sector along with innovations in Gas shipping Carlos GUERRERO (Bureau Veritas Marine and Offshore) |
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| CH7 | Session7. Digitalization plus Decarbonization |
| Chair | Hyun Joon SHIN (Korea Shipbuilding Offshore Engineering) | ||
| D1-S7-1 | 14:40-14:50 | A study on the ship data model including the standard classification system of ships YunHui KIM (Chungnam National University) |
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| D1-S7-2 | 14:50-15:00 | A Study on Lightweight Radar Mast Using Composite Materials Yoon-duck SEO (Structure R&D DSME Korea) |
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| D1-S7-3 | 15:00-15:10 | Real-time Control of Wave Energy Converter Based on LSTM RNN based Wave Prediction Ming ZHANG (University of Strathclyde) |
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| D1-S7-4 | 15:10-15:20 | 3D Classification Takes The Maritime Industry To Another Dimension Olivier DEGRAND (BUREAU VERITAS) |
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| D1-K3 | 15:20-16:00 | [Keynote] Decarbonisation and Digitalisation – it’s not all one world! Tim KENT (Lloyd’s Register) |
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| CH8 | Session8. Digitalization (Standardization) |
| Chair | Jang Hyun LEE (Inha University) | ||
| D1-S8-1 | 14:40-14:50 | Case studies to prepare the workfront in advance using the 4th industrial technology Jin-Hyung PARK (Samsung Heavy Industries) |
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| D1-S8-2 | 14:50-15:00 | How to achieve the Justification of ESG management through Digitalization to Seamless Value Chain in the Shipping and Shipbuilding Industries Luke (Yang-Ouk) KIM (INHA University) |
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| D1-S8-3 | 15:00-15:10 | Standardization of digital technologies for Oil and Gas companies Kanika SINGH (American Bureau of Shipping, Korea) |
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| D1-S8-4 | 15:10-15:20 | Autonomous navigation Maxim BARKASOV (Russian University of Transport) |
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| D1-K4 | 15:20-16:00 | [Keynote] The Digital Crew Member – Smart Solutions at Sea Kalevi TERVO (ABB Marine & Ports) |
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| 10:40-12:00 | CH1 | Session1. Decarbonization (Electric Propulsion & Wind-Power System) |
| Chair | Kazuo HIEKATA (Tokyo University) | ||
| D2-K1 | 10:40-11:20 | [Keynote] Integrated Power Systems for Electrified Ships: Control and Optimization Jing SUN (University of Michigan) |
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| D2-S1-1 | 11:20-11:30 | Study of eco-friendly electric propulsion system for ship Sanghyun KIM (Korea Shipbuilding & Offshore Engineering) |
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| D2-S1-2 | 11:30-11:40 | Energy Efficient Control for Electric Ship Propulsion Considering Thrust Fluctuation in Regular Waves Changyu LEE (KAIST) |
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| D2-S1-3 | 11:40-11:50 | A Design of a Fully Electrified Car Ferry Powered by Removable Battery Systems Young-Shik KIM (Korea Research Institute of Ships & Ocean Engineering) |
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| D2-S1-4 | 11:50-12:00 | Some Aspects, and Considerations, for Installation of (Flettner) Rotor Sails on a Bulk Carrier Robert D Tustin (Lloyd’s Register) |
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| CH2 | Session2. Digitalization (Digital Twin 1) |
| Chair | Masahiko FUJIKUBO (Osaka University) | ||
| D2-K2 | 10:40-11:20 | [Keynote] Digital Twin for Ship Structures – R&D Project in Japan Masahiko Fujikubo (Osaka University) |
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| D2-S2-1 | 11:20-11:30 | Preliminary Study on Modeling & Simulation for the Digital Twin of Autonomous Ship Jinwoo CHOI (Korea Research Institute of Ships and Ocean Engineering) |
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| D2-S2-2 | 11:30-11:40 | The Framework for Implementation of Ships' Digital Twin JinHo SONG (Chungnam National University) |
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| D2-S2-3 | 11:40-11:50 | Evolution of Digital Twin from Smart Ship to Autonomous Ship in Object-Oriented Programming Jung-Hyun KIM (Samsung Heavy Industries) |
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| D2-S2-4 | 11:50-12:00 | Prediction of Hydrodynamic Performance for a Real-time Digital Twin of Ship Operation Jaehak LEE (Seoul National University) |
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| CH3 | Session3. Digitalization (Smart Ship 2) |
| Chair | Jinwhan KIM (Korea Advanced Institute of Science and Technology) | ||
| D2-K3 | 10:40-11:20 | [Keynote] Application of autonomous navigation system to large ship Hyun Joe KIM (Samsung Heavy Industries) |
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| D2-S3-1 | 11:20-11:30 | Preliminary validation system for development with reliable intelligent navigation algorithms of autonomous ships Jeonghong PARK (Korea Research Institute of Ships and Ocean Engineering) |
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| D2-S3-2 | 11:30-11:40 | Study on Performance Verification Procedure of Autonomous Navigation System for Autonomous Ship SangWoong YUN (KOREA Research Institute of Ships & Ocean Engineering) |
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| D2-S3-3 | 11:40-11:50 | Development of Smart Ship Solution Platform for Intelligent and Lifecycle Managed Vessels Jong Jin PARK(Samsung Heavy Industries) |
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| D2-S3-4 | 11:50-12:00 | Status of technology demonstration and commercialization of autonomous ship technology by Avikus Daehyuk KIM (HHI Group, Avikus) |
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| CH4 | Session4. Decarbonization (Digital Twin 2) |
| Chair | Bo Woo NAM (Seoul National University) | ||
| D2-K4 | 10:40-11:20 | [Keynote Speech] The research and insight on ship digitalization and intelligence Xia Guihua (Harbin Engineering University) |
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| D2-S4-1 | 11:20-11:30 | Incorporation of Wave Heading Into A Generalized Neural Network Approach For Ship Motion Forecasting Kevin SILVA (Naval Surface Warfare Center Carderock Division) |
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| D2-S4-2 | 11:30-11:40 | Ocean Wave Prediction Based on Wave Radar Images For a Real-time Digital Twin of Marine Vehicles Yoon-Seo NAM (Seoul National University) |
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| D2-S4-3 | 11:40-11:50 | Prediction of Relative Wave Elevations around a Tension Leg Platform in Irregular Waves using an Artificial Neural Network Model Jeong-Seok KIM (Seoul National University) |
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| D2-S4-4 | 11:50-12:00 | A low-cost real-time ocean wave observing system based on deep learning image algorithm and inverse problem Je-Eun CHOI (Daewoo Shipbuilding & Marine Engineering) |
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| 15:00-16:40 | CH5 | Session5. Decarbonization (Energy Efficiency Design & Operation) |
| Chair | Robert D. TUSTIN (Lloyd's Register) | ||
| D2-K5 | 15:00-15:40 | [Keynote] The Efforts to Decarbonization in Shipbuiling Industries YoungBum LEE (Daewoo Shipbuilding & Marine Engineering) |
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| D2-S5-1 | 15:40-15:50 | Comparative study on weather factor of different ship types for EEDI Jae-Hoon LEE (Seoul National University) |
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| D2-S5-2 | 15:50-16:00 | Study of wind resistance reducing methods for commercial vessels Youngjae KIM (Korea Shipbuilding & Offshore Engineering) |
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| D2-S5-3 | 16:00-16:10 | Domestic and international cooperation strategies for the development and commercialization of green ship technology Hee Jin KANG (Korea Research Institute of Ships & Ocean Engineering) |
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| D2-S5-4 | 16:10-16:20 | Development of wing sail system for wind-assisted propulsion of commercial ships Joonyoung HAN (Korea Shipbuilding & Offshore Engineering) |
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| D2-S5-5 | 16:20-16:30 | The technical review of the rotor sail performance from a viewpoint of the optimum velocity ratio SEONG-OH KIM (Daewoo Shipbuilding & Marine Engineering) |
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| D2-S5-6 | 16:30-16:40 | Decarbonization Through Optimization Henrik Grönlund (NAPA) |
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| CH6 | Session6. Digitalization (Smart Yard 2) |
| Chair | Won-Sun RUY (Chungnam National University) | ||
| D2-K6 | 15:00-15:40 | Keynote Speech Applications of Deep Learning in Ship Design, Production, and Operation Stages Roh, Myung Il (Seoul National University) |
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| D2-S6-1 | 15:40-15:50 | Development of Discrete Event Simulation for Shipyard Outdoor Block Movement So-Hyun NAM (Seoul National University) |
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| D2-S6-2 | 15:50-16:00 | Reinforcement Learning-based High-speed simulation for Three-Roller Cold Forming of Hull Plates Youngmin KIM (Chungnam National University) |
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| D2-S6-3 | 16:00-16:10 | Integration of the master planning and the execution planning for the block assembly process using the constraint satisfaction technique Kiyoung CHO (Seoul National University) |
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| D2-S6-4 | 16:10-16:20 | Development and Application of Pipe Network Analysis System using 3D-CAD models for Maritime industry Choong Young CHOI (Samsung Heavy Industries) |
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| CH7 | Session7. Digitalization (Digitalized Operation 2) |
| Chair | Jin KIM (Korea Research Institute of Ships & Ocean Engineering) | ||
| D2-K7 | 15:00-15:40 | [Keynote] Digitalization in the maritime value chain Svein Peder BERGE (SINTEF Ocean) |
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| D2-S7-1 | 15:40-15:50 | Application of artificial neural network for sloshing severity prediction Yangjun AHN (Sungshin Women's University) |
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| D2-S7-2 | 15:50-16:00 | Hybrid Scheme on Prognostics for Onboard LNG Regassification Unit Using Data-Driven Method with Physical Model Based Method with Its Digital Twin Nayoung LEE (Seoul National University) |
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| D2-S7-3 | 16:00-16:10 | Development of a Fire Location and Localization System for Ship Compartment Based On Machine Vision System Doo Young JEONG (Chungnam National University Korea) |
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| D2-S7-4 | 16:10-16:20 | Analysis of Feasible OPEX-reduction Technologies for the Near-Future Digitalized Vessel Dongsoo KANG (Lloyd's Register) |
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| CH8 | Session8. Digitalization(Simulation & Design) |
| Chair | Alexander PINSKY (Russian University of Transport) | ||
| D2-K8 | 15:00-15:40 | [Keynote Speech] Digital Hydrodynamics for Better Ships and Blue Oceans Bas BUCHNER(MARIN) |
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| D2-S8-1 | 15:40-15:50 | Development of Sloshing Monitoring System and On-board Application Junhyung JUNG (Daewoo Shipbuilding & Marine Engineering) |
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| D2-S8-2 | 15:50-16:00 | A time-domain simulation for dynamic position of an unmanned surface vehicle (USV) operated in collaboration with autonomous underwater vehicle (AUV) Hyung-Do SONG (Korea Research Institute of Ships & Ocean Engineering) |
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| D2-S8-3 | 16:00-16:10 | Structural Health Monitoring for Floating Offshore Wind Turbine Yongman PARK (Hyundai Heavy Industries) |
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| D2-S8-4 | 16:10-16:20 | AI Based Process Simulation System Development Using Sensor Data Nayoung LEE (Seoul National University) |
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