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| 1 | 几种排水型高性能船阻力性能对比研究显示文摘采用阻力理论计算方法,以高速圆舭艇的阻力性能为基准,对高速圆舭艇、深V型船、穿浪双体船以及高速三体船的阻力性能进行了对比研究,对比较结果进行了分析,给出了各船型的最适用航速范围. | 卢晓平 郦云 董祖舜 | 2006 | 海军工程大学学报2006，18，1： | 7 |
| 2 | COMPARISON OF RESISTANCE FOR SEVERAL DISPLACEMENT HIGH PERFORMANCE VEHICLES显示文摘According to the linear wave resistance theory, a comparison among the ship resistance for the high speed round bilge ships, the deep “Vee” vessels, the wave-piercing catamarans, and the high speed trimarans was given by using the high-speed round-bilge ship as a benchmark. And the optimal speed range of each ship form was also suggested by using the analysis of the research results. | LUXiao-ping LIYun DONGZu-shun | 2005 | Journal of Hydrodynamics2005，17，3： | 7 |
| 3 | A NUMERICAL STUDY ON SIDE HULL OPTIMIZATION FOR TRIMARAN显示文摘Due to the interaction between the main hull and side hulls, different layouts and lengths of side hulls affect the wave loads significantly. Based on three-dimensional potential theory and Green's function, this article gives the significant values for wave loads, including vertical shear forces and vertical bending moments at different locations on the main hull, and transverse bending moments at the junction of the cross structure and main hull. In addition, a parametric optimization of wave loads for different layouts and lengths of side hulls were perfomed. Several speeds and wave headings were also considered. Finally, spectral analysis was conducted to attain load distribution. The conclusions of this study are conducive to the design and optimization of this new type of ship. | XU Min ZHANG Shi-lian | 2011 | Journal of Hydrodynamics2011，23，2： | 4 |
| 4 | Design of Underwater Robot Lines Based on a Hybrid Automatic Optimization Strategy显示文摘在这份报纸,混合自动优化策略为设计被建议在水下机器人线。Isight 作为一个集成平台被介绍。这个平台的构造包括 UG6.0, GAMBIT2.4.6 和 FLUENT12.0 基于用户编程和几个商业软件。一个聪明的参数优化方法,粒子群优化,被合并到平台。为了验证策略,求婚了,模拟被进行在上在水下机器人为 5470 建模,它从 DTRC SUBOFF 工程发源。与自动优化平台,最小的抵抗作为优化目标被拿;是的湿表面区域限制条件;象设计变量的船身前半部,最大的身体半径和船体后部最小半径的长度。随 CFD 计算, RANS 方程和标准骚乱模型被用于直接数字的模拟。由模拟结果的分析,平台效率高,这被结束。通过平台,为线的设计的许多计划被产生,最佳的解决方案被完成。聪明的优化算法和数字模拟的联合保证一个全球最佳的答案并且改进寻找的答案的效率。 | Wenjing Lyu Weilin Luo | 2014 | Journal of Marine Science and Application2014，13，3： | 2 |
| 5 | 基于设计空间探索的型线自动优化显示文摘船舶型线优化是改善船舶阻力性能、提高运行经济性的关键环节。文中将型线修改、阻力CFD模拟、设计空间探索优化等流程整合在一起,创建了一个型线'自动优化'的平台。在该平台上实现了对美国海军水面作战中心(Naval Surface Warfare Center)潜艇模型DTRC Model 5470艏部型线的自动优化,得出了一个阻力性能最优的艏部型线方案。经过模型拖曳试验验证,证明了该种'自动优化'方案的可行性与有效性。 | 梁军 许劲松 谢杰 杨小玉 | 2010 | 船舶力学2010，14，7： | 1 |
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