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Conference of Computational Methods in Offshore Technology

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1.Implications caused by SARex on the implementation of the IMO polar code on survival at sea

机译：SAREX对SIMO PIAL代码在海上生存的实施引起的影响
- 作者：K E Solberg
- 会议名称：《Conference of Computational Methods in Offshore Technology》 | 2018年
2.Accurate green water loads calculation using naval hydro pack

机译：使用海军水力包装准确的绿水载荷计算
- 作者：H Jasak;I Gatin;V Vukcevic
- 会议名称：《Conference of Computational Methods in Offshore Technology》 | 2018年
3.Natural frequency and vibration analysis of jacket type foundation for offshore wind power

机译：海上风电夹克式基础的固有频率和振动分析
- 作者：Y-C Hung;Y-Y Chang;S-Y Chen
- 会议名称：《Conference of Computational Methods in Offshore Technology》 | 2018年
4.Fracture mechanics analysis for a mooring system subjected to tension and out-of-piane bending

机译：系泊系统经受张力和钢琴外弯曲的裂缝力学分析
- 作者：X Xue;N-Z Chen
- 会议名称：《Conference of Computational Methods in Offshore Technology》 | 2018年
5.A practical guideline for human error assessment: A causal model

机译：人为错误评估的实用指南：一个因果模型
- 作者：Y Z Ayele;A Barabadi
- 会议名称：《Conference of Computational Methods in Offshore Technology》 | 2018年
6.Fluid flow in steady and oscillatory lid-driven square cavities

机译：稳态和振动盖驱动方形腔中的流体流动
- 作者：J Zhu;L E Hotmedal;D Myrhaug
- 会议名称：《Conference of Computational Methods in Offshore Technology》 | 2018年
7.Boundary element method solution for large scale cathodic protection problems

机译：大规模阴极保护问题的边界元方法解决方案
- 作者：D C Rodopoulos;T V Gortsas;S V Tsinopoulos
- 会议名称：《Conference of Computational Methods in Offshore Technology》 | 2018年
8.Limit cycle oscillations at resonances For systems subjected to nonlinear damping or external forces

机译：限制对非线性阻尼或外力的系统的共振下的循环振荡
- 作者：K Hellevik;O T Gudmestad
- 会议名称：《Conference of Computational Methods in Offshore Technology》 | 2018年
9.A high-fidelity weather time series generator using the Markov Chain process on a pieeewise level

机译：一种高保真天气时序列发生器，使用Markov Chain过程对Pieeeeeeeeeeeeeeee
- 作者：K Hersvik;O-E V Endrerud
- 会议名称：《Conference of Computational Methods in Offshore Technology》 | 2018年
10.What scaling means in wind engineering: Complementary role of the reduced scale approach in a BLWT and the full scale testing in a large climatic wind tunnel

机译：风力工程中的缩放手段是什么：减少尺度方法在蓝气隧道中的全规模测试的互补作用
- 作者：Olivier Flamand
- 会议名称：《Conference of Computational Methods in Offshore Technology》 | 2018年
11.Recursive thoughts on the simulation of the flexible multibody dynamics of slender offshore structures

机译：关于模拟细长近海结构柔性多体动力学模拟的递归思考
- 作者：J Schilder;M Ellenbroek;A de Boer
- 会议名称：《Conference of Computational Methods in Offshore Technology》 | 2018年
12.Vortex-induced vibration (VIV) effects of a drilling riser due to vessel motion

机译：由于血管运动，涡旋诱导的振动（VIV）效应钻孔提升管
- 作者：R S Joseph;J Wang;M C Ong
- 会议名称：《Conference of Computational Methods in Offshore Technology》 | 2018年
13.An efficient structural finite element for inextensible flexible risers

机译：一种高效的结构有限元，可用于中间柔性立管
- 作者：T K Papathanasiou;S Markolefas;P Khazaeinejad
- 会议名称：《Conference of Computational Methods in Offshore Technology》 | 2018年
14.Fatigue strength degradation of metals in corrosive environments

机译：腐蚀环境中金属的疲劳强度降解
- 作者：N D Adasooriya;T Hemmingsen;D Pavlou
- 会议名称：《Conference of Computational Methods in Offshore Technology》 | 2018年
15.A case study on topology optimized design for additive manufacturing

机译：添加剂制造拓扑优化设计案例研究
- 作者：A W Gebisa;H G Lemu
- 会议名称：《Conference of Computational Methods in Offshore Technology》 | 2018年
16.Evaluating stress analysis and failure criteria for offshore structures for Pechora Sea conditions

机译：评估Pechora Sea条件海上结构的应力分析和故障标准
- 作者：S Nesic;Y Donskoy;A Zolotukhin
- 会议名称：《Conference of Computational Methods in Offshore Technology》 | 2018年
17.Limitations related to marine operations in the Barents Sea

机译：与海洋业务有关的局限性
- 作者：O T Gudmestad
- 会议名称：《Conference of Computational Methods in Offshore Technology》 | 2018年
18.Super-long bridges with floating towers: the role of multi-box decks and Hardware-In-the-Loop technology for wind tunnel tests

机译：带浮动塔的超长桥：多箱甲板和循环技术对风洞测试的作用
- 作者：A Zasso;T Argentini;I Bayati
- 会议名称：《Conference of Computational Methods in Offshore Technology》 | 2018年
19.CFD Analysis in Subsea and Marine Technology

机译：海底和海洋技术的CFD分析
- 作者：Hrvoje Jasak
- 会议名称：《Conference of Computational Methods in Offshore Technology》 | 2018年
20.Finite element simulation of long wave impact on floating breakwaters with variable stiffness

机译：具有变刚度浮动浮动的长波冲击的有限元模拟
- 作者：T K Papathanasiou;A Karperaki;K A Belibassakis
- 会议名称：《Conference of Computational Methods in Offshore Technology》 | 2018年
21.Large eddy simulation of the tidal power plant deep green using the actuator line method

机译：使用执行器线法的潮汐发电厂深绿色的大型涡流模拟
- 作者：S T Fredriksson;G Brostrom;M Jansson
- 会议名称：《Conference of Computational Methods in Offshore Technology》 | 2018年
22.Influence of extreme low temperature conditions on the dynamic mechanical properties of carbon fiber reinforced polymers

机译：极端低温条件对碳纤维增强聚合物动态力学性能的影响
- 作者：S P Zaoutsos;M C Zilidou
- 会议名称：《Conference of Computational Methods in Offshore Technology》 | 2018年
23.Full-scale monitoring of wind and suspension bridge response

机译：风和悬架桥梁的全面监测
- 作者：J T Snaebjornsson;J B Jakobsen;E Cheynet
- 会议名称：《Conference of Computational Methods in Offshore Technology》 | 2018年
24.Implementation and application of the actuator line model by OpenFOAM for a vertical axis wind turbine

机译：OpenFoam对垂直轴风力涡轮机的执行器线模型的实现与应用
- 作者：L Riva;K-E Giljarhus;B Hjertager
- 会议名称：《Conference of Computational Methods in Offshore Technology》 | 2018年
25.3D WindScanner lidar measurements of wind and turbulence around wind turbines, buildings and bridges

机译：3d风力涡轮机，建筑物和桥梁周围风和湍流的Windscanner潮汐测量
- 作者：T Mikkelsen;M Sjoholm;N Angelu
- 会议名称：《Conference of Computational Methods in Offshore Technology》 | 2018年
26.On weather limitations for safe marine operations in the Barents Sea

机译：关于巴士海运安全海洋业务的天气限制
- 作者：A P Orimolade;O T Gudmestad
- 会议名称：《Conference of Computational Methods in Offshore Technology》 | 2018年
27.Aeroelastic Response from indicia! Functions with a Finite Element Model of a Suspension Bridge

机译：标记的空气弹性反应！具有悬架桥的有限元模型的功能
- 作者：O Mikkelsen;J B Jakobsen
- 会议名称：《Conference of Computational Methods in Offshore Technology》 | 2018年
28.Integrity management of offshore structures and its implication on computation of structural action effects and resistance

机译：近海结构的完整性管理及其对结构作用效应和阻力计算的含义
- 作者：T Moan
- 会议名称：《Conference of Computational Methods in Offshore Technology》 | 2018年
29.Study of lifting operation of a tripod foundation for offshore wind turbine

机译：海上风力涡轮机三脚架基础的提升运作研究
- 作者：H Zhu;L Li;M C Ong
- 会议名称：《Conference of Computational Methods in Offshore Technology》 | 2018年
30.Effect of corrosion on the buckling capacity of tubular members

机译：腐蚀对管状构件屈曲容量的影响
- 作者：F H Oyasaeter;A Aeran;S C Siriwardane
- 会议名称：《Conference of Computational Methods in Offshore Technology》 | 2018年
31.A nonlinear dynamic corotational finite element model for submerged pipes

机译：浸没管的非线性动态电气发电机有限元模型
- 作者：F H de Vries;H J M Geijselaers;A H van den Boogaard
- 会议名称：《Conference of Computational Methods in Offshore Technology》 | 2018年
32.Experimental and numerical study of Bondura~R 6.6 PIN joints

机译：邦德拉〜R 6.6销接缝的实验和数值研究
- 作者：I Berkani;O Karlsen;H G Lemu
- 会议名称：《Conference of Computational Methods in Offshore Technology》 | 2018年
33.Analytical and numerical investigation of bolted steel ring flange connection for offshore wind monopile foundations

机译：海上风纪用基础螺栓钢环法兰连接的分析与数值研究
- 作者：C A Madsen;J-C Kragh-Poulsen;K J Thage
- 会议名称：《Conference of Computational Methods in Offshore Technology》 | 2018年
34.Multi-fluid CFD analysis in Process Engineering

机译：工艺工程中多流体CFD分析
- 作者：B H Hjertager
- 会议名称：《Conference of Computational Methods in Offshore Technology》 | 2018年
35.A review of fatigue crack propagation modelling techniques using FEM and XFEM

机译：用FEM和XFEM对疲劳裂纹传播建模技术的综述
- 作者：K Rege;H G Lemu
- 会议名称：《Conference of Computational Methods in Offshore Technology》 | 2018年
36.Numerical assessment of wind turbine blade damage due to contact/impact with tower during installation

机译：塔安装塔触点造成风力涡轮机叶片损伤的数值评价
- 作者：Amrit Shankar Verma;Nils Petter Vedvik;Zhen Gao
- 会议名称：《Conference of Computational Methods in Offshore Technology》 | 2018年
37.An accurate fatigue damage model for welded joints subjected to variable amplitude loading

机译：对可变幅度负荷进行焊接接头的精确疲劳损伤模型
- 作者：A Aeran;S C Siriwardane;O Mikkelsen
- 会议名称：《Conference of Computational Methods in Offshore Technology》 | 2018年
38.Application of foam-extend on turbulent fluid-structure interaction

机译：泡沫延伸在湍流流体结构相互作用上的应用
- 作者：K Rege;B H Hjertager
- 会议名称：《Conference of Computational Methods in Offshore Technology》 | 2018年
39.Wind effects on long-span bridges: Probabilistic wind data format for buffeting and VIV load assessments

机译：对长跨度桥梁的风效：概率的风力数据格式，用于缓冲和VIV负载评估
- 作者：K Hoffmann;R G Srouji;S O Hansen
- 会议名称：《Conference of Computational Methods in Offshore Technology》 | 2018年
40.Fluid flow in steady and oscillatory lid-driven square cavities

机译：稳态和振动盖驱动方形腔中的流体流动
- 作者：J Zhu;L E Hotmedal;D Myrhaug
- 会议名称：《Conference of Computational Methods in Offshore Technology》 | 2018年
41.Natural frequency and vibration analysis of jacket type foundation for offshore wind power

机译：海上风电夹克式基础的固有频率与振动分析
- 作者：Y-C Hung;Y-Y Chang;S-Y Chen
- 会议名称：《Conference of Computational Methods in Offshore Technology》 | 2018年
42.Fracture mechanics analysis for a mooring system subjected to tension and out-of-piane bending

机译：系泊系统进行裂缝和钢琴弯曲的裂缝力学分析
- 作者：X Xue;N-Z Chen
- 会议名称：《Conference of Computational Methods in Offshore Technology》 | 2018年
43.Accurate green water loads calculation using naval hydro pack

机译：使用海军水力包装准确的绿水载荷计算
- 作者：H Jasak;I Gatin;V Vukcevic
- 会议名称：《Conference of Computational Methods in Offshore Technology》 | 2018年
44.Limit cycle oscillations at resonances For systems subjected to nonlinear damping or external forces

机译：限制对非线性阻尼或外力的系统共振的周期振荡
- 作者：K Hellevik;O T Gudmestad
- 会议名称：《Conference of Computational Methods in Offshore Technology》 | 2018年
45.Boundary element method solution for large scale cathodic protection problems

机译：大规模阴极保护问题的边界元方法解决方案
- 作者：D C Rodopoulos;T V Gortsas;S V Tsinopoulos
- 会议名称：《Conference of Computational Methods in Offshore Technology》 | 2018年
46.An efficient structural finite element for inextensible flexible risers

机译：一种高效的结构有限元，可用于柔性柔性立管
- 作者：T K Papathanasiou;S Markolefas;P Khazaeinejad
- 会议名称：《Conference of Computational Methods in Offshore Technology》 | 2018年
47.Recursive thoughts on the simulation of the flexible multibody dynamics of slender offshore structures

机译：关于模拟细长近海结构柔性多体动力学模拟的递归思考
- 作者：J Schilder;M Ellenbroek;A de Boer
- 会议名称：《Conference of Computational Methods in Offshore Technology》 | 2018年
48.Vortex-induced vibration (VIV) effects of a drilling riser due to vessel motion

机译：由于血管运动，涡旋诱导的振动（VIV）钻井式振动效应
- 作者：R S Joseph;J Wang;M C Ong
- 会议名称：《Conference of Computational Methods in Offshore Technology》 | 2018年
49.What scaling means in wind engineering: Complementary role of the reduced scale approach in a BLWT and the full scale testing in a large climatic wind tunnel

机译：风力工程中的缩放手段是什么：减少规模方法在蓝气隧道中的全规模测试的互补作用
- 作者：Olivier Flamand
- 会议名称：《Conference of Computational Methods in Offshore Technology》 | 2018年
50.A case study on topology optimized design for additive manufacturing

机译：添加剂制造的拓扑优化设计案例研究
- 作者：A W Gebisa;H G Lemu
- 会议名称：《Conference of Computational Methods in Offshore Technology》 | 2018年
51.Evaluating stress analysis and failure criteria for offshore structures for Pechora Sea conditions

机译：评估Pechora Sea条件海上结构的应力分析和故障标准
- 作者：S Nesic;Y Donskoy;A Zolotukhin
- 会议名称：《Conference of Computational Methods in Offshore Technology》 | 2018年
52.Limitations related to marine operations in the Barents Sea

机译：与海洋业务有关的局限性
- 作者：O T Gudmestad
- 会议名称：《Conference of Computational Methods in Offshore Technology》 | 2018年
53.Super-long bridges with floating towers: the role of multi-box decks and Hardware-In-the-Loop technology for wind tunnel tests

机译：带浮动塔的超长桥：多箱甲板和循环技术对风洞测试的作用
- 作者：A Zasso;T Argentini;I Bayati
- 会议名称：《Conference of Computational Methods in Offshore Technology》 | 2018年
54.CFD Analysis in Subsea and Marine Technology

机译：海底和海洋技术的CFD分析
- 作者：Hrvoje Jasak
- 会议名称：《Conference of Computational Methods in Offshore Technology》 | 2018年
55.Large eddy simulation of the tidal power plant deep green using the actuator line method

机译：潮汐发电厂深绿色的大型涡流模拟使用致动器线法
- 作者：S T Fredriksson;G Brostrom;M Jansson
- 会议名称：《Conference of Computational Methods in Offshore Technology》 | 2018年
56.Influence of extreme low temperature conditions on the dynamic mechanical properties of carbon fiber reinforced polymers

机译：极低温度条件对碳纤维增强聚合物动态力学性能的影响
- 作者：S P Zaoutsos;M C Zilidou
- 会议名称：《Conference of Computational Methods in Offshore Technology》 | 2018年
57.Finite element simulation of long wave impact on floating breakwaters with variable stiffness

机译：具有变刚度浮动防波堤的长波冲击的有限元模拟
- 作者：T K Papathanasiou;A Karperaki;K A Belibassakis
- 会议名称：《Conference of Computational Methods in Offshore Technology》 | 2018年
58.Full-scale monitoring of wind and suspension bridge response

机译：风和悬架桥响应的全面监测
- 作者：J T Snaebjornsson;J B Jakobsen;E Cheynet
- 会议名称：《Conference of Computational Methods in Offshore Technology》 | 2018年
59.Implementation and application of the actuator line model by OpenFOAM for a vertical axis wind turbine

机译：OpenFoam对垂直轴风力涡轮机的执行器线模型的实现与应用
- 作者：L Riva;K-E Giljarhus;B Hjertager
- 会议名称：《Conference of Computational Methods in Offshore Technology》 | 2018年
60.On weather limitations for safe marine operations in the Barents Sea

机译：关于野生海洋安全海洋业务的天气限制
- 作者：A P Orimolade;O T Gudmestad
- 会议名称：《Conference of Computational Methods in Offshore Technology》 | 2018年
61.3D WindScanner lidar measurements of wind and turbulence around wind turbines, buildings and bridges

机译：3d风力涡轮机，建筑物和桥梁周围风和湍流的Windscanner激光乐节测量
- 作者：T Mikkelsen;M Sjoholm;N Angelu
- 会议名称：《Conference of Computational Methods in Offshore Technology》 | 2018年
62.Application of foam-extend on turbulent fluid-structure interaction

机译：泡沫延伸在湍流流体结构相互作用中的应用
- 作者：K Rege;B H Hjertager
- 会议名称：《Conference of Computational Methods in Offshore Technology》 | 2018年
63.An accurate fatigue damage model for welded joints subjected to variable amplitude loading

机译：焊接接头对可变幅度负荷进行准确的疲劳损伤模型
- 作者：A Aeran;S C Siriwardane;O Mikkelsen
- 会议名称：《Conference of Computational Methods in Offshore Technology》 | 2018年
64.Numerical assessment of wind turbine blade damage due to contact/impact with tower during installation

机译：在安装过程中由于塔的接触/冲击引起的风力涡轮机叶片的数值评估
- 作者：Amrit Shankar Verma;Nils Petter Vedvik;Zhen Gao
- 会议名称：《Conference of Computational Methods in Offshore Technology》 | 2018年
65.Integrity management of offshore structures and its implication on computation of structural action effects and resistance

机译：海上结构的完整性管理及其对结构作用效应和阻力计算的含义
- 作者：T Moan
- 会议名称：《Conference of Computational Methods in Offshore Technology》 | 2018年
66.Wind effects on long-span bridges: Probabilistic wind data format for buffeting and VIV load assessments

机译：对长跨度桥梁的风效：用于抖动和VIV负载评估的概率风数据格式
- 作者：K Hoffmann;R G Srouji;S O Hansen
- 会议名称：《Conference of Computational Methods in Offshore Technology》 | 2018年
67.Aeroelastic Response from indicia! Functions with a Finite Element Model of a Suspension Bridge

机译：来自标记的空气弹性反应！具有悬架桥的有限元模型的功能
- 作者：O Mikkelsen;J B Jakobsen
- 会议名称：《Conference of Computational Methods in Offshore Technology》 | 2018年
68.A review of fatigue crack propagation modelling techniques using FEM and XFEM

机译：用FEM和XFEM审查疲劳裂纹传播建模技术
- 作者：K Rege;H G Lemu
- 会议名称：《Conference of Computational Methods in Offshore Technology》 | 2018年