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Zhiming Yuan
H-index:36
Citation Count:3,871
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Design and hydrodynamic analysis of a new web-type mooring system
新型网状系泊系统的设计与水动力分析
Ocean Engineering
IF5.5
Long-period wave energy conversion of a Helmholtz resonance breakwater-wave energy converter hybrid system
赫姆霍兹共振防波堤-波浪能转换器混合系统的长周期波浪能转换
Ocean Engineering
IF5.5
Dynamic analysis of a mooring system considering embedded chain-seabed interaction using a global-local coupled framework
考虑锚链-海床嵌入交互作用的系泊系统动态分析：采用全局-局部耦合框架
Ocean Engineering
IF5.5
Hydroelastic performance of a flexible pontoon-type floating breakwater embedded with multiple oscillating-water-column devices
柔性 pontoontype 浮式防波堤的多振荡水柱装置嵌入式水弹性性能
Renewable Energy
IF9.1
Dynamic characteristics of a novel floating offshore photovoltaic system with flexible rope-net connection
一种具有柔性绳网连接的新型浮式海上光伏系统的动态特性
Ocean Engineering
IF5.5
A New Web-Type Concept of Floating Photovoltaic Farms in Open Sea Environment
开放式海洋环境下的新型漂浮光伏农场网页类型概念
Engineering
IF11.6
A New Approach for Long Wave Attenuation of Floating Breakwater: Mechanism and Validation
浮标防波堤长波衰减的新方法：机理与验证
Engineering
IF11.6
Design sea state assessment via IFORM-based environmental contour approach derived with Gaussian mixture model
基于高斯混合模型推导的IFORM法环境轮廓海洋环境状态评估
Ocean Engineering
IF5.5
3-DOF motion response analysis of damaged ships in quartering waves
破损船舶在追浪中的3-DOF运动响应分析
Broadband wave conversion by a Pan Flute-type multi-oscillating-water-column (M-OWC) breakwater system
宽带波转换通过管风琴式多振荡水柱（M-OWC）防波堤系统
WEC spacing effects on the performance of a floating energy harvesting platform
WEC间距对浮式能量收集平台性能的影响
OCEAN ENGINEERING
IF5.5
Energy optimal path planning of ocean-energy driven unmanned surface vehicles
海洋能驱动无人水面艇的能量最优路径规划
OCEAN ENGINEERING
IF5.5
