Track Ⅷ

Jianping Yuan
Guangdong Ocean University, China

Keywords:

• Green Ship (绿色船舶)
  
• Intelligent Ship (智能船舶)
  
• Lines Optimization (船型优化)
  
• Autonomous Navigation (自主航行)
  
• Intelligent Energy Efficiency (智能能效)
  
• Hydrodynamic Performance (水动力性能)
  
• Digital Twin (数字孪生)
  
• Alternative Fuels (替代燃料)
  
• Maritime Decarbonization (脱碳)
  
• Environmental Loads (环境载荷)
  

1. Green and Intelligent High-Tech Ships: Development and Key Technologies (绿色智能高技术船舶发展与关键技术)

• Overall design and integration technologies for green and intelligent ships (绿色智能船舶总体设计与集成技术)
  
• Independent development and localization of key supporting equipment for green and intelligent ships (绿色智能船舶核心配套设备自主化与国产化)
  
• New design concepts for naval vessels / commercial ships and transformation of generic technologies (军舰/民船设计新理念与共性技术转化)
  
• Impact of new fuels / new maritime regulations (CII, EEDI, EEOI, etc.) on ship design philosophy (新燃料/新海事法规（CII、EEDI、EEOI等）对船舶设计理念的变革)
  
• Innovative design technologies for intelligent ships (智能船创新设计技术)
  

2. Advanced Ship Form Design Technologies (先进船型设计技术)

• Low-resistance and high-efficiency ship form design technologies (低阻高效船型设计技术)
  
• Integrated energy efficiency optimization technologies considering wind and waves (考虑风浪的综合能效优化技术)
  
• Multidisciplinary design optimization (MDO) of unmanned surface vessels (USVs) / unmanned underwater vehicles (UUVs) (无人船/无人潜器的多学科优化设计)
  
• Digital design theories and methods for ships (船舶数字化设计理论与方法)
  
• Application of large AI models in ship form design (AI大模型在船型设计中的应用)
  

3. Green and Intelligent Shipbuilding (船舶绿色与智能制造)

• New intelligent manufacturing processes and equipment (intelligent welding, cutting, forming, coating and surface treatment, etc.) (智能建造工艺与装备新技术（智能焊接、切割、成形加工、涂装与表面等）)
  
• Application of digital twin technology throughout the ship lifecycle (数字孪生技术在船舶全生命周期中的应用)
  
• High-efficiency welding technologies and applications for ships (船舶高效焊接技术与应用)
  
• Intelligent transformation practices in ship final assembly and construction (船舶总装建造智能化转型实践)
  
• Shipbuilding accuracy control and quality management (造船精度控制与质量管理)
  
• Application of additive manufacturing in ship spare parts and structural components (增材制造在船舶备件与结构件中的应用)
  

4. Green Marine Equipment and Materials (绿色船舶配套设备与材料)

• New energy-saving propulsion devices for ships (新型船用节能推进装置)
  
• Waste heat recovery and integrated energy utilization on ships (船舶余热回收与能量综合利用)
  
• Development and application of new anti-corrosion, sealing, and lightweight materials (防腐、密封、轻量化新材料的研发与应用)
  
• Ship pollutant treatment technologies and supporting environmental protection equipment (船舶污染物处理技术与配套环保设备)
  

5. Propulsion Energy-Saving Technologies and Applications (推进节能技术及应用)

• Novel propulsion technologies: podded drives, rim-driven thrusters, waterjet propulsion, cycloidal propellers, contra-rotating propellers, etc. (吊舱、轮缘、喷水、直翼、环形螺旋桨等新型推进器技术)
  
• Mechanical issues of new-material propellers and cavitation erosion prediction (新材料螺旋桨力学问题与空蚀预测)
  
• Full-scale cavitation observation and suppression techniques (实船空泡观测与抑制技术)
  
• Application of pre-swirl and post-swirl energy-saving devices (桨前桨后节能系统应用)
  
• Ship coating drag reduction technology (船舶涂层减阻技术)
  
• Sail propulsion / Flettner rotor (wind-assisted rotor propulsion) technology (风帆推进/风力转子助推技术)
  

6. Speed Performance and Cavitation Prediction Technologies (快速性与空泡性能预报技术)

• Real-ship speed performance prediction in wind and wave environments (风浪环境下实船快速性能预报技术)
  
• Prediction and control of propeller cavitation performance (推进器空泡性能的预报与控制)
  
• Advanced experimental techniques and CFD methods (先进试验技术和CFD技术)
  
• Comprehensive metrological calibration techniques for ship hydrodynamic measurements (船舶水动力测量综合计量校准技术)
  
• Full-scale ship speed measurement and correction techniques (实船航速测量和修正技术)
  
• Fine flow field measurement and feature recognition techniques (精细流场测量和特征识别技术)
  
• Intelligent technologies for performance prediction (性能预报的智能化技术)
  

7. Zero-Carbon / Low-Carbon Fuel Power Technologies (零碳/低碳燃料动力技术)

• Application practices and challenges of zero-carbon fuels (methanol, ammonia, hydrogen) for ships (甲醇、氨、氢等零碳燃料船舶应用实践与挑战)
  
• Optimization of LNG power systems and emission control technologies (LNG动力系统优化与排放控制技术)
  
• Application of fuel cell technology on ships (燃料电池技术在船舶上的应用)
  
• Hybrid power systems and energy management strategies (混合动力系统及能量管理策略)
  
• Shipboard carbon capture, utilization, and storage (CCUS) technologies (船舶碳捕集、利用与封存技术)
  

8. Application of AI and Digital Technologies in the Shipbuilding Industry (AI与数字技术在船舶工业中的应用)

• Application of artificial intelligence in ship design optimization (人工智能在船舶设计优化中的应用)
  
• Digital twin and intelligent ship operation and maintenance (数字孪生与船舶智能运维)
  
• Intelligent engine room and health management for ships (船舶智能机舱与健康管理)
  
• Big data analysis and application in the shipbuilding industry (船舶工业大数据分析与应用)
  

9. Marine Environmental Loads and Hydrodynamics Research (船海环境载荷与水动力研究)

• Influence of wave environment on motions and responses of ships and offshore structures (波浪环境对船舶与海洋结构物运动和响应的影响)
  
• Ship motion and load analysis (船舶运动与载荷分析)
  
• Extreme wave loads and ship motion responses (极端波浪载荷与船舶运动响应)
  
• Fluid-structure interaction problems for ship and offshore structures (船海结构流固耦合问题)
  

10. Other Green and Intelligent Technologies Related to Ship and Ocean Engineering (其他船海工程相关绿色智能技术)