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Ship technology research

中文名称：船舶技术研究

ISSN：0937-7255
出版周期：Quarterly

发文量：220

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1.Easy-to-implement multidimensional spline interpolation with application to ship design optimisation

机译：易于实现的多维样条插值及其在船舶设计优化中的应用
- 作者：Daniele Peri
- 期刊名称：《Ship technology research》 | 2018年第1期
- Spline interpolation;
- multidimensional interpolation;
- design optimisation;
2.Adjoint volume-of-fluid approaches for the hydrodynamic optimisation of ships

机译：船舶流体动力优化的伴随流体体积方法
- 作者：Joern Kroeger;Niklas Kuehl;Thomas Rung
- 期刊名称：《Ship technology research》 | 2018年第1期
3.Propeller/rudder interaction with direct and coupled CFD/potential flow propeller approaches, and application to a zigzag manoeuvre

机译：螺旋桨/舵与直接和耦合的CFD /势流螺旋桨方法的相互作用，以及在之字形操纵中的应用
- 作者：Alireza Mofidi;J. Ezequiel Martin;Pablo M. Carrica
- 期刊名称：《Ship technology research》 | 2018年第1期
- Ship manoeuvres;
- computational ship hydrodynamics;
- propeller-rudder interaction;
- propeller modelling;
4.Numerical simulation research on the LNG flash boiling spray

机译：LNG闪蒸喷雾的数值模拟研究
- 作者：Min Xiao;Yu Fu
- 期刊名称：《Ship technology research》 | 2018年第1期
- Flash boiling;
- LNG;
- numerical research;
5.Application of the remeshed vortex method to the simulation of 2D flow around circular cylinder and foil

机译：涡旋法在圆柱和箔片二维流场模拟中的应用
- 作者：Youjiang Wang;Moustafa Abdel-Maksoud
- 期刊名称：《Ship technology research》 | 2018年第2期
- Remeshed vortex method;
- 2D foil;
- impulsive accelerated;
- circular cylinder;
6.Predicting local ice loads on ship bow as a function of ice and operational conditions in the Southern Sea

机译：预测船首船上的局部冰负荷与南冰的冰量和运行条件的关系
- 作者：Mikko Kotilainen;Jarno Vanhatalo;Mikko Suominen;Pentti Kujala
- 期刊名称：《Ship technology research》 | 2018年第2期
- Ice load;
- ice thickness;
- ice condition;
- ship speed;
- prediction;
- Bayesian statistics;
- hierarchical model;
- Gaussian process;
7.Bonded window panes in strength analysis of ship structures

机译：船舶结构强度分析中的粘合窗玻璃
- 作者：Bjarne Wiegard;Soeren Ehlers;Oliver Klapp;Bernhard Schneider
- 期刊名称：《Ship technology research》 | 2018年第2期
- Ship;
- megayacht;
- window;
- bonding;
- FE;
- substructure;
- superelement;
- submodel;
8.Fatigue assessment of web-stiffened corners in plated structures by local approaches

机译：用局部方法评估板状结构中腹板刚度角的疲劳
- 作者：C. Fischer;W. Fricke;C. M. Rizzo
- 期刊名称：《Ship technology research》 | 2018年第2期
- Fatigue assessment;
- local approach;
- effective notch stress;
- averaged strain energy density;
- web-stiffened corner;
9.Neural-network-based modelling and analysis for time series prediction of ship motion

机译：基于神经网络的船舶运动时间序列预测建模与分析
- 作者：Guoyuan Li;Bikram Kawan;Hao Wang;Houxiang Zhang
- 期刊名称：《Ship technology research》 | 2017年第1期
- Ship motion prediction;
- neural networks;
- sensitivity analysis;
- learning strategy;
- multi-step-ahead prediction;
10.Semi-empirical level ice resistance prediction methods

机译：半经验水平抗冰性预测方法
- 作者：Sandro Erceg;Soeren Ehlers
- 期刊名称：《Ship technology research》 | 2017年第1期
- Ship resistance;
- level ice resistance;
- ice-forces;
- ship-ice interaction;
- semi-empirical methods;
- icebreaking;
- performance in ice;
- ship design;
11.Application of the idealized structural unit method for ultimate strength analyses of stiffened plate structures

机译：理想化结构单元法在加筋板结构极限强度分析中的应用
- 作者：Thomas Lindemann;Patrick Kaeding
- 期刊名称：《Ship technology research》 | 2017年第1期
12.The Influence of model fidelity and uncertainties in the conceptual design of Arctic maritime transport systems

机译：保真度和不确定性对北极海上运输系统概念设计的影响
- 作者：Martin Bergstroem;Stein Ove Erikstad;Soeren Ehlers
- 期刊名称：《Ship technology research》 | 2017年第1期
- Arctic maritime transport system;
- Arctic cargo ship;
- ship design;
- risk-based design;
- goal-based design;
- ice loads;
- ice class;
- ice conditions;
13.Inland waterway ship test case for resistance and propulsion prediction in shallow water

机译：浅水阻力和推进力预测的内河船试验案例
- 作者：Philipp Mucha;Ould el Moctar;Thorsten Dettmann;Matthias Tenzer
- 期刊名称：《Ship technology research》 | 2017年第2期
- Inland waterway ship;
- shallow water;
- resistance;
- propulsion;
- model test;
14.A study of unsteady hydrodynamic effects in the stern area of river cruisers in shallow water

机译：浅水河巡洋舰船尾区非定常水动力效应研究
- 作者：Ivan Shevchuk;Nikolai Kornev
- 期刊名称：《Ship technology research》 | 2017年第2期
15.Added power in seaway

机译：海上航道增添动力
- 作者：Vladimir Shigunov
- 期刊名称：《Ship technology research》 | 2017年第2期
- Added resistance in waves;
- wind forces;
- rudder forces;
- added power;
16.Direct stability assessment: pragmatic solutions

机译：直接稳定性评估：务实的解决方案
- 作者：Vladimir Shigunov
- 期刊名称：《Ship technology research》 | 2017年第3期
- Intact stability;
- numerical simulations;
- direct stability assessment;
- probabilistic assessment;
17.Computation of mechanically coupled bodies in a seaway

机译：航道中机械耦合体的计算
- 作者：Xiaojing Luo-Theilen;Thomas Rung
- 期刊名称：《Ship technology research》 | 2017年第3期
- Coupled bodies;
- mechanical joints;
- seaway;
- multi-body hydrodynamics;
18.Towards mission-based structural design for arctic regions

机译：走向基于任务的北极地区结构设计
- 作者：Soren Ehlers;Fai Cheng;Ian Jordaan;Walter Kuehnlein;Pentti Kujala;Yu Luo;Ralph Freeman;Kaj Riska;Jaideep Sirkar;Yeong-Tae Oh;Koji Terai;Janne Valkonen
- 期刊名称：《Ship technology research》 | 2017年第3期
- Arctic technology;
- ship structural design;
- probabilistic ice loads;
19.Reliable damping of free-surface waves in numerical simulations

机译：数值模拟中自由表面波的可靠阻尼
- 作者：R. Peric;M. Abdel-Maksoud
- 期刊名称：《Ship technology research》 | 2016年第1期
- Damping of free-surface waves;
- Absorbing layer;
- Volume of fluid (VOF) method;
- Damping coefficient;
- Scaling law;
20.On designing a ship for complex value robustness

机译：在设计具有复杂价值稳健性的船舶时
- 作者：H. M. Gaspar;A. Hagen;S. O. Erikstad
- 期刊名称：《Ship technology research》 | 2016年第1期
- Value robustnes;
- Epoch-era analysis;
- Perceptual complexity;
21.Experimental study and numerical simulation on the slow-drift oscillation of a semi-submersible in irregular waves

机译：半潜式潜艇在不规则波中缓慢漂移振荡的实验研究与数值模拟
- 作者：Z. Y. Jiang;J. Cui;Y. Gao;J. Liu;Y. Zhao
- 期刊名称：《Ship technology research》 | 2016年第1期
- Model test;
- Slow-drift oscillation;
- Drift damping;
- Drift force;
- Irregular waves;
22.Wireless condition monitoring of a marine gearbox

机译：船用变速箱的无线状态监控
- 作者：S. Schirrmacher;L. Overmeyer;S. Lorisch
- 期刊名称：《Ship technology research》 | 2016年第1期
- Energy harvesting;
- Thermoelectric generator;
- Wireless sensor network;
- Condition monitoring;
23.Validation of hybrid URANS/LES methods for determination of forces and wake parameters of KVLCC2 tanker at manoeuvring conditions

机译：验证URANS / LES混合方法确定机动条件下KVLCC2油轮的力和尾流参数的有效性
- 作者：N. Abbas;N. Kornev
- 期刊名称：《Ship technology research》 | 2016年第2期
- Ship wake;
- Propeller;
- URANS;
- LES;
- Hybrid methods;
- Manoeuvring;
- Drift angle;
24.Ship Technology Research - Schiffstechnik

机译：船舶技术研究-Schiffstechnik
- 期刊名称：《Ship technology research》 | 2016年第2期
25.Structural behaviour of ship windows

机译：船窗的结构行为
- 作者：B. Gerlach
- 期刊名称：《Ship technology research》 | 2016年第2期
26.Simulation of physical ice management operations

机译：模拟物理制冰管理操作
- 作者：Q. Hisette
- 期刊名称：《Ship technology research》 | 2016年第2期
- Arctic;
- Ice management;
- Simulation;
- Icebreaker;
- Manoeuvrability;
27.Influence of propeller tip roughness on tip vortex strength and propeller performance

机译：螺旋桨叶尖粗糙度对叶尖涡流强度和螺旋桨性能的影响
- 作者：C. Krueger;N. Kornev;L. Greitsch
- 期刊名称：《Ship technology research》 | 2016年第2期
- Propeller;
- Tip vortex;
- Roughness;
- Cavitation;
28.Energy-efficient large medium-speed catamarans: Hull form design by full-scale CFD simulations

机译：节能的大型中速双体船：通过全面CFD模拟进行的船体形式设计
- 作者：Max Haase
- 期刊名称：《Ship technology research》 | 2016年第2期
29.Wave-piercing catamaran transom stern ventilation process

机译：穿浪双体船尾部通风工艺
- 作者：M. Haase;J. Binns;G. Thomas;N. Bose
- 期刊名称：《Ship technology research》 | 2016年第2期
- Transom ventilation;
- Wave-piercing catamaran;
- Medium-speed catamaran;
- Unsteady RANS simulation;
- Full-scale CFD;
- Flow visualisation;
30.Study of unsteady loadings on the propeller under steady drift and yaw motion using URANS, hybrid (URANS-LES) and LES methods

机译：使用URANS，混合（URANS-LES）和LES方法研究稳定漂移和偏航运动下螺旋桨的非定常载荷
- 作者：N. Abbas;N. Kornev
- 期刊名称：《Ship technology research》 | 2016年第2期
- Ship wake;
- Propeller;
- URANS;
- LES;
- Hybrid methods;
- Drift angle;
- Yaw rate;
31.Prediction of non-linear ship responses in waves considering forward speed effects

机译：考虑前进速度影响的波浪中船舶非线性响应的预测
- 作者：M. Riesner;A. von Graefe;V. Shigunov;O. el Moctar
- 期刊名称：《Ship technology research》 | 2016年第3期
- Non-linear seakeeping;
- Non-linear boundary element method;
- Time domain;
- Impulse response method;
- Ship motions in waves;
32.Fatigue assessment of welded joints by means of the averaged strain energy density

机译：平均应变能密度对焊接接头的疲劳评估
- 作者：Claas Fischer
- 期刊名称：《Ship technology research》 | 2016年第3期
33.Parametric, multi-objective optimisation of ship's bow for the added resistance in waves

机译：船首参数化，多目标优化，以增加波浪阻力
- 作者：V. Bolbot;A. Papanikolaou
- 期刊名称：《Ship technology research》 | 2016年第3期
- Added resistance;
- Parametric ship design;
- Hull form optimisation;
- Multi-objective optimisation;
- EEDI;
- CAD/CAE systems;
34.Consistent formulation of ship motions in time-domain simulations by use of the results of the strip theory

机译：利用带状理论的结果在时域模拟中一致地制定船舶运动
- 作者：S. Ma;R. Wang;J. Zhang;W. Y. Duan;R. C. Ertekin;X. B. Chen
- 期刊名称：《Ship technology research》 | 2016年第3期
- Strip theory;
- Ship motions;
- Cummins' theory;
- Hydrodynamic coefficients;
- Linear potential theory;
- Impulse response function method;
35.Editorial

机译：社论
- 作者：B. O. el Moctar;V. Shigunov;S. Ehlers
- 期刊名称：《Ship technology research》 | 2015年第1期
36.Structural response of stranded ships

机译：搁浅船的结构响应
- 作者：B. Zipfel
- 期刊名称：《Ship technology research》 | 2015年第1期
37.Experimental investigation of impact loads during water entry

机译：入水冲击载荷的实验研究
- 作者：M. Tenzer;O. el Moctar;T. E. Schellin
- 期刊名称：《Ship technology research》 | 2015年第1期
- Impact loads;
- Experiments;
- Slamming;
- Elastic deformation;
38.Added resistance of ships in waves

机译：增加了船只在波浪中的抵抗力
- 作者：H. Soeding;V. Shigunov
- 期刊名称：《Ship technology research》 | 2015年第1期
- Added resistance;
- Seakeeping;
- Potential flow calculation;
39.Integrated multi-domain system modelling and simulation for offshore crane operations

机译：海上起重机操作的集成多域系统建模和仿真
- 作者：Y. Chu;V. AEsoy;S. Ehlers;H. Zhang
- 期刊名称：《Ship technology research》 | 2015年第1期
- Multi-domain system;
- Modelling and simulation;
- Bond graph;
- Offshore hydraulic crane;
- Heave compensation;
- Anti-sway;
40.Granulate material for structural design: a concept to strengthen ship side structures

机译：用于结构设计的颗粒材料：一种加强船舷结构的概念
- 作者：M. Schoettelndreyer
- 期刊名称：《Ship technology research》 | 2015年第1期
41.Delay risk analysis of ship sailing the northern sea route

机译：航行北海航线船舶的延误风险分析
- 作者：V. B. Marken;S. Ehlers;F. Khan
- 期刊名称：《Ship technology research》 | 2015年第1期
- Bow-tie analysis;
- Uncertainty modelling;
- Arctic shipping;
- Fuzzy set theory;
- Information updating;
- Defuzzification;
42.The impulse response fitting and ship motions

机译：冲激响应拟合和船舶运动
- 作者：H. Hatecke
- 期刊名称：《Ship technology research》 | 2015年第2期
- Radiation forces;
- Impulse response fitting;
- State-space model;
- Prony method;
- Passivity;
43.Estimation methods for the steel weight of inland tank ships

机译：内陆坦克船钢重量的估算方法
- 作者：R. G. Hekkenberg;J. J. Hopman
- 期刊名称：《Ship technology research》 | 2015年第2期
- Inland ships;
- Tankers;
- Ship design;
- Weight estimation;
44.Hierarchical control of marine vehicles for autonomous manoeuvring in offshore operations

机译：海上作业中海上航行器的分级控制
- 作者：G. Y. Li;W. Li;K. H. Halse;H. P. Hildre;H. X. Zhang
- 期刊名称：《Ship technology research》 | 2015年第2期
- Hierarchical control;
- Ship manoeuvring;
- Neural network controller;
- Thrust allocation;
45.Influences on fatigue of manually welded butt-welds at thin-walled shipstructures

机译：对薄壁船体结构手工焊接对接焊缝疲劳的影响
- 作者：Olav Feltz
- 期刊名称：《Ship technology research》 | 2015年第2期
46.Wind and current correction methods for speed trial analysis of ships

机译：船舶航速分析的风流修正方法
- 作者：H. Yasukawa
- 期刊名称：《Ship technology research》 | 2015年第3期
- Wind and current correction;
- Speed trial;
- External disturbance correction;
- Current velocity;
- Delivered power;
47.Experimental validation of CFD simulations of free-fall lifeboat launches in regular waves

机译：自由落体救生艇降落的CFD模拟的实验验证
- 作者：Nabila Berchiche;Anders OEstman;Ole Andreas Hermundstad;Svein-Arne Reinholdtsen
- 期刊名称：《Ship technology research》 | 2015年第3期
- Lifeboat;
- CFD;
- Pressure;
- Validation;
- Waves;
48.CAD-free hydrodynamic optimisation using consistent kernel-based sensitivity filtering

机译：使用一致的基于核的灵敏度过滤进行无CAD的水动力优化
- 作者：J. Kroeger;T. Rung
- 期刊名称：《Ship technology research》 | 2015年第3期
49.Numerical analysis of a planing boat in head waves using a 2D+t method

机译：二维+ t方法对头浪中滑行船的数值分析
- 作者：H. Haase;J. P. Soproni;M. Abdel-Maksoud
- 期刊名称：《Ship technology research》 | 2015年第3期
- 2D + t theory;
- Planing boat;
- Seakeeping;
50.Criteria for minimum powering and maneuverability in adverse weather conditions

机译：恶劣天气条件下的最低动力和机动性标准
- 作者：V. Shigunov;A. Papanikolaou
- 期刊名称：《Ship technology research》 | 2015年第3期
- Manoeuvrability;
- Minimum power;
- Adverse conditions;
- EEDI;
- Ship safety;
51.Failure prediction of ship windows subjected to wave impacts

机译：波浪冲击下船窗的失效预测
- 作者：B. Gerlach;W. Fricke;M. Guiard;D. Ferreira Gonzalez;M. Abdel-Maksoud
- 期刊名称：《Ship technology research》 | 2015年第3期
- Wave impact;
- Green water;
- Ultimate load;
- Failure probability;
- Ship window;
- Finite element method;
- Smoothed particle hydrodynamics;
52.Roll-Coupling Effect on Ship Maneuverability

机译：滚动耦合对船舶操纵性的影响
- 作者：Hironori Yasukawa;Yasuo Yoshimura
- 期刊名称：《Ship technology research》 | 2014年第1期
- Maneuverability;
- Roll Effect;
- Numerical Simulation;
53.Modelling Operation of Service Vessels in Offshore Wind Farms Using Stochastic Activity Networks

机译：利用随机活动网络对海上风电场服务船的运行进行建模
- 作者：Peiqing Zhang;Lijuan Dai;Yiliu Liu
- 期刊名称：《Ship technology research》 | 2014年第1期
- Offshore Wind Farm;
- Maintenance Plan;
- Service Vessel;
- Stochastic Activity Networks;
54.Second-Order Seakeeping Analyses using Perturbators

机译：使用扰动器进行二阶海上保管分析
- 作者：Heinrich Soeding
- 期刊名称：《Ship technology research》 | 2014年第1期
- Potential Flow;
- Numerical Solution;
- Nonlinear;
55.Investigations of the Safety of Flight of WIG craft

机译：WIG飞行器飞行安全性调查
- 作者：Nikolai Kornev;Andreas Gross
- 期刊名称：《Ship technology research》 | 2014年第2期
- Ground Effect;
- Stability;
- Dynamics;
56.Comparison of Load Combination Methods for Determining Maximum Ship's Hull Girder Bending Moment

机译：确定最大船体梁弯矩的荷载组合方法比较
- 作者：Nian-Zhong Chen;Lyuben D. Ivanov;Rachel Bashor
- 期刊名称：《Ship technology research》 | 2014年第2期
- Load combination;
- Still-Water Bending Moment (SWBM);
- Vertical Wave-Induced Bending Moment (VWBM);
57.A Two-Stage Optimisation Method for Full-Scale Marine Propellers Working Behind a Ship

机译：船舶后方大型螺旋桨的两阶段优化方法
- 作者：Stephan Berger;Markus Druckenbrod;Markus Pergande;Moustafa Abdel-Maksoud
- 期刊名称：《Ship technology research》 | 2014年第2期
- Propeller Optimisation;
- Propeller-Induced Vibrations;
- Propulsion Efficiency;
58.Book review: Practical Ship and Offshore Structure Aerodynamics

机译：书评：实用的船舶和近海结构空气动力学
- 作者：Werner Blendermann
- 期刊名称：《Ship technology research》 | 2014年第2期
59.Experimental Fatigue Analysis of Butt-Welded Joints

机译：对焊接头的实验疲劳分析
- 作者：Till Koeder;Berend Bohlmann
- 期刊名称：《Ship technology research》 | 2014年第3期
- Fatigue Testing;
- Resonance Frequency Pulser;
- Submerged Arc Welding;
60.Technical Note: PreSquat - Workshop on Numerical Prediction of Ship Squat in Restricted Waters

机译：技术说明：PreSquat-受限水域中船舶深蹲数值预测研讨会
- 作者：Philipp Mucha;Ould el Moctar;Carl-Uwe Boettner
- 期刊名称：《Ship technology research》 | 2014年第3期
- Ship Squat;
- Restricted Water, Numerical Ship Hydrodynamics;
61.Improvement of the Harmonic Excited Roll Motion Technique for Estimating Roll Damping

机译：用于估计侧倾阻尼的谐波侧倾运动技术的改进
- 作者：Sven Handschel;Moustafa Abdel-Maksoud
- 期刊名称：《Ship technology research》 | 2014年第3期
- Roll Damping;
- Harmonic Excited Roll Motion;
- Nonlinear Restoring Moment;
62.RANS-Based Simulated Ship Maneuvering Accounting for Hull-Propulsor-Engine Interaction

机译：基于RANS的船体-推进器-发动机相互作用模拟船舶操纵核算
- 作者：Ould el Moctar;Udo Lantermann;Philipp Mucha;Jens Hoepken;Thomas E. Schellin
- 期刊名称：《Ship technology research》 | 2014年第3期
- Direct Maneuvering Simulation;
- RANS;
- Engine Dynamics;
63.Method rolls for Simulating Roll Motions of Ships

机译：模拟船舶侧倾运动的方法侧倾
- 作者：Heinrich Soeding;Vladimir Shigunov;Tobias Zorn;Peter Soukup
- 期刊名称：《Ship technology research》 | 2013年第2期
64.Mesh Resolution Effects in Simulating Unsteady Sheet Cavitation

机译：模拟非定常空化的网格分辨率效应
- 作者：Nai-Xian Lu;Rickard E. Bensow;Goeran Bark
- 期刊名称：《Ship technology research》 | 2013年第2期
65.Goal-Based Standards and Risk-Based Design

机译：基于目标的标准和基于风险的设计
- 作者：Rainer Hamann;Joerg Peschmann
- 期刊名称：《Ship technology research》 | 2013年第2期
66.Development of a Strip Method Proposed as New Standard for Propeller Performance Scaling

机译：提出一种剥离方法，该方法被认为是螺旋桨性能缩放的新标准
- 作者：Heinrich Streckwall;Lars Greitsch;Julia Mueller;Martin Scharf;Tomasz Bugalski
- 期刊名称：《Ship technology research》 | 2013年第2期
67.Computation of Free Surface Flows around Box-Shaped Ships by an Unstructured Navier-Stokes Solver

机译：非结构化Navier-Stokes解算器计算箱形船周围的自由表面流
- 作者：Nang Tin Tin Htwe;Takanori Hino;Kazuo Suzuki
- 期刊名称：《Ship technology research》 | 2013年第3期
- Computational Fluid Dynamics;
- Resistance;
- Ultra Large Block Coefficient Ship;
68.CFD Prediction of Wind and Current Loads on a Complex Semi-Submersible Geometry

机译：复杂的半潜式几何结构上风和电流负荷的CFD预测
- 作者：Eloiese Croonenborghs;Thomas Sauder;Sebastien Fouques;Svein-Arne Reinholdtsen
- 期刊名称：《Ship technology research》 | 2013年第3期
- Wind Loads;
- Current Loads;
- RANS simulations;
69.Marine Construction and Operation Challenges in the Barents Sea

机译：巴伦支海的海洋建设和运营挑战
- 作者：Ove T. Gudmestad
- 期刊名称：《Ship technology research》 | 2013年第3期
- Offshore Construction Vessels;
- Offshore Support Vessels;
- Downtime;
70.Operational Guidance for Prevention of Cargo Loss and Damage on Container Ships

机译：防止集装箱船货物丢失和损坏的操作指南
- 作者：Vladimir Shigunov;Ould El Moctar;Helge Rathje
- 期刊名称：《Ship technology research》 | 2010年第1期
- containership;
- roll;
- safety;
71.An Integrated Methodology for the Design of Ro-Ro Passenger Ships

机译：滚装客船设计的综合方法论
- 作者：Apostolos Papanikolaou;George Zaraphonitis;Sotiris Skoupas;Evangelos Boulougouris
- 期刊名称：《Ship technology research》 | 2010年第1期
- genetic algorithm;
- optimization;
- ro-ro;
- ship design;
72.Fire Investigation in a Container

机译：集装箱内的火灾调查
- 作者：Ould El Moctar;Daniel Povel;Vladimir Shigunov;Alexander Tide
- 期刊名称：《Ship technology research》 | 2010年第1期
- fire;
- model test;
- simulation;
73.Numerical Simulation of Motions of a Floating Body by a Pressure-Convection Particle Method

机译：对流粒子法的浮体运动数值模拟
- 作者：Jen-Shiang Kouh;Hung-Pin Chien;Yen-Jen Chen
- 期刊名称：《Ship technology research》 | 2010年第1期
- smoothed particles hydrodynamics;
- pressure-convection;
- free surface;
74.Dynamic Response of a Floating Crane in Waves by Considering the Nonlinear Effect of Hydrostatic Force

机译：考虑静水压力非线性效应的浮吊在波浪中的动力响应
- 作者：Kyu-Yeul Lee;Ju-Hwan Cha;Kwang-Phil Park
- 期刊名称：《Ship technology research》 | 2010年第1期
- dynamics;
- seakeeping;
- multibody flow;
75.Flow Simulations for Offshore Structures

机译：海上结构的流动模拟
- 作者：Volker Bertram
- 期刊名称：《Ship technology research》 | 2010年第1期
- CFD;
- offshore structure;
- seakeeping;
76.An Assessment Procedure of the Crashworthiness of an LNG Tanker Side Structure

机译：液化天然气船侧面结构的耐撞性评估程序
- 作者：Mihkel Korgesaar;Soeren Ehlers
- 期刊名称：《Ship technology research》 | 2010年第2期
- FEM;
- optimization;
- tanker;
- ultimate strength;
77.On the Ship's Trimming using Moments of Weight and Buoyancy Forces of High Order

机译：利用高阶重量和浮力矩进行船舶修整
- 作者：Lyuben D. Ivanov;John E. Kokarakis
- 期刊名称：《Ship technology research》 | 2010年第2期
- bulker;
- optimisation;
- strength;
78.Wave-Induced Motions on a Laterally Drifting Ship

机译：侧向漂移船上的波浪感应运动
- 作者：Hironori Yasukawa;Faizul Amri Adnan;Kohei Nishi
- 期刊名称：《Ship technology research》 | 2010年第2期
- ship motions;
- lateral drift;
- strip method;
79.Investigation of Propeller Wake Instability using LES

机译：利用LES研究螺旋桨尾迹的不稳定性
- 作者：Mattias Liefvendahl
- 期刊名称：《Ship technology research》 | 2010年第2期
- CFD;
- propeller;
- turbulence;
80.Simulating Hull Dynamics in Waves using a RANSE Code

机译：使用RANSE代码在波浪中模拟船体动力学
- 作者：Marek Kraskowski
- 期刊名称：《Ship technology research》 | 2010年第2期
- CFD;
- RANSE;
- seakeeping;
81.Accurate Capture of Propeller-Rudder Interaction using a Coupled Blade Element Momentum-RANS Approach

机译：桨叶动量-RANS耦合方法精确捕获螺旋桨-桨相互作用
- 作者：Alexander B. Phillips;Stephen R. Turnock;Maaten Furlong
- 期刊名称：《Ship technology research》 | 2010年第2期
- propeller force;
- RANSE;
- rudder;
82.Self-Learning Metamodels for Optimization

机译：用于优化的自学元模型
- 作者：Daniele Peri
- 期刊名称：《Ship technology research》 | 2009年第3期
- CFD;
- hull design;
- optimization;
83.Fuzzy Optimal General Arrangements in Naval Surface Ship Design

机译：海军水面舰艇设计中的模糊最优总布置
- 作者：Eleanor K. Nick Kirtley
- 期刊名称：《Ship technology research》 | 2009年第3期
- general arrangement;
- optimization;
- ship design;
84.A Multi-Step Design Optimization Method for Mid-Ship Sections

机译：中型船段的多步设计优化方法
- 作者：Kunihiro Hamada;Akihiro Takezawa;Mitsuru Kitamura;Kouhei Kanaikari
- 期刊名称：《Ship technology research》 | 2009年第3期
- bulker;
- genetic algorithm;
- optimization;
- structure;
85.Optimization of Block Division Using Nodal Cut Set Method

机译：节点割集法优化块分割
- 作者：Kesadev V. Karottu;Kunihiro Hamada;Akihiro Takezawa;Mitsuru Kitamura
- 期刊名称：《Ship technology research》 | 2009年第3期
- genetic algorithm;
- optimization;
- product data;
86.Adaptive Grid Refinement for Hydrodynamic Flow Simulation

机译：流体动力学模拟的自适应网格细化
- 作者：Jeroen Wackers;Zaib Ali;Patrick Queutey;Michel Visonneau
- 期刊名称：《Ship technology research》 | 2009年第4期
- CFD;
- grid;
- resistance;
87.A Transpiration Velocities Based Sheet Cavitation Model

机译：基于蒸腾速率的气蚀模型
- 作者：Surasak Phoemsapthawee;Jean-Baptiste Leroux;Jean-Marc Laurens;Francois Deniset
- 期刊名称：《Ship technology research》 | 2009年第4期
- cavitation;
- hydrofoil;
- propeller;
88.Assessment of the Total Ship's Hull Girder Bending Stresses for Unified Model of Sagging and Hogging Bending Moments

机译：下垂和下垂弯矩统一模型的总船体箱梁弯曲应力评估
- 作者：Lyuben D. Ivanov
- 期刊名称：《Ship technology research》 | 2009年第4期
- bending moment;
- bulker;
- stochastics;
89.Numerical simulation of a laser-induced cavitation bubble near a solid boundary considering phase change

机译：考虑相变的固体边界附近激光诱导空化气泡的数值模拟
- 作者：Hemant J. Sagar;Ould el Moctar
- 期刊名称：《Ship technology research》 | 2018年第3期
- cavitation bubble;
- laser-induced cavitation;
- collapsing bubble;
- microjet;
- second collapse;
90.A simulation-based ship design methodology for evaluating susceptibility to weather-induced delays during marine operations

机译：一种基于模拟的船舶设计方法，用于评估海上作业期间因天气原因引起的延误的敏感性
- 作者：Endre Sandvik;Martin Gutsch;Bjorn Egil Asbjornslett
- 期刊名称：《Ship technology research》 | 2018年第3期
91.Numerical simulation of the free-running of a ship using the propeller model and dynamic overset grid method

机译：螺旋桨模型和动态交叠网格法对船舶自由航行的数值模拟。
- 作者：Kunihide Ohashi;Hiroshi Kobayashi;Takanori Hino
- 期刊名称：《Ship technology research》 | 2018年第3期
- Dynamic overset grid method;
- free-running;
- RANS;
92.On the relation of added mass and added resistance due to wall interference

机译：关于壁干涉引起的附加质量与附加电阻的关系
- 作者：S. Schubert;T. Rung
- 期刊名称：《Ship technology research》 | 2019年第2期
- Added mass;
- added resistance;
- wall interference;
- overset grids;
- contact simulation;
- finite volume;
- Navier-Stokes procedure;
93.On the heading stability of a ship in waves

机译：论船舶在波浪中的航向稳定性
- 作者：Andres Cura-Hochbaum;Sebastian Uharek
- 期刊名称：《Ship technology research》 | 2019年第2期
- Manoeuvring;
- waves;
- heading stability;
- course keeping;
94.Verification of the effectiveness of energy saving devices

机译：验证节能装置的有效性
- 作者：Jan Wienke
- 期刊名称：《Ship technology research》 | 2019年第2期
- Energy saving device;
- full-scale investigation;
- speed/ power trials;
95.Potential and limitations of scale resolved simulations for ship hydrodynamics applications

机译：规模解析模拟在船舶流体动力学应用中的潜力和局限性
- 作者：Nikolai Kornev;Ivan Shevchuk;Nawar Abbas;Pascal Anschau;Sina Samarbakhsh
- 期刊名称：《Ship technology research》 | 2019年第2期
- Scale resolving simulation;
- LES;
- URANS;
- wake;
- resistance;
96.Computation of the free vortex system of multi-component propulsors

机译：多分量推进器自由涡旋系统的计算
- 作者：Stefan Krueger
- 期刊名称：《Ship technology research》 | 2019年第1期
- Lifting line theory;
- Goldstein factor;
- propeller rudder interaction;
- free vortex system;
97.A simplified welding simulation approach used to design a fatigue test specimen containing residual stresses

机译：用于设计包含残余应力的疲劳试样的简化焊接模拟方法
- 作者：Nils Friedrich;Soeren Ehlers
- 期刊名称：《Ship technology research》 | 2019年第1期
98.From data to insight for a polar supply and research vessel

机译：从数据到对极地供应和研究船的洞察力
- 作者：Anrieette Bekker;Mikko Suominen;Pentti Kujala;Rosca Johan Oscar De Waal;Keith Ian Soal
- 期刊名称：《Ship technology research》 | 2019年第1期
- Full-scale measurements;
- big data;
- monitoring;
- decision aiding;
- real-time analysis;
99.Comparison and validation of numerical methods to assess hydrodynamic loads on mechanical coupling of multiple bodies

机译：评估多体机械耦合流体动力载荷的数值方法的比较和验证
- 作者：Mahdi Ghesmi;Alexander von Graefe;Vladimir Shigunov;Benjamin Friedhoff;Ould el Moctar
- 期刊名称：《Ship technology research》 | 2019年第1期
- Hinge;
- mechanical coupling;
- articulation load;
- constraint;
- sectional load;
- contact element;
- articulated multibody system;
100.Investigations on the influence of shear and lateral loads on the collapse behaviour of plate structures under inplane thrust

机译：剪力和侧向载荷对平板结构在平面推力作用下倒塌行为影响的研究
- 作者：Thomas Lindemann;Patrick Kaeding
- 期刊名称：《Ship technology research》 | 2019年第1期
- Finite element analysis (FEA);
- ultimate strength;
- collapse behaviour;
- inplane thrust;
- shear;
- lateral pressure;
- plate;
- stiffened plate;

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