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DEVELOPMENT OF SIMULATION BASED DESIGN FOR SHIP HYDRODYNAMICS AND FLUID ENGINEERING

机译:基于仿真设计的船舶流体动力学与流体工程设计

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The next generation of ships will be developed on the basis of innovative new concepts, in order to achieve specific performance objectives for each operation profile of the ship. Since it will be prohibitively expensive to quickly expand the design database through model studies, there is strong motivation to develop simulation-based design (SBD) system. Present paper describes research at Osaka Prefecture University in primary components of SBD for ship hydrodynamics and fluid engineering. Most of cited references concern validation of the methods before transition to industrial design field, through application to geometries and flows which are theoretically and/or experimentally well understood and/or well known test cases in domestic and international research projects. In the following, overviews are given for the authors' work, and finally prognosis for future status will be addressed.
机译:下一代船舶将在创新的新概念的基础上开发,以实现船舶的每个操作档案的特定性能目标。由于通过模型研究将迅速扩展设计数据库将是非常昂贵的,因此具有强大的动机来开发基于仿真的设计(SBD)系统。本文介绍了大阪县大学在SBD的船舶流体动力学和流体工程中的主要组成部分研究。大多数引用的参考文献涉及通过应用于几何和流动的工业设计领域在过渡前的方法验证,这些方法在理论上和/或实验上理解和/或在国内和国际研究项目中众所周知的测试用例。在下文中,向作者的工作提供概述,最后将解决未来状态的预后。

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