Multidisciplinary design optimization and simulation validation for shape design of torpedo

Peng Wang; Bao Wei Song; Xu Lin Liu; De Hai Yu; Jun Jiang

Multidisciplinary design optimization and simulation validation for shape design of torpedo

Peng Wang, Bao Wei Song, Xu Lin Liu, De Hai Yu, Jun Jiang

航海学院

Northwestern Polytechnical University Xian

科研成果: 期刊稿件 › 文章 › 同行评审

2 引用（Scopus）

摘要

Concurrent Subspace Design based on Response Surface (RS-CSD) is an effective method for complex systems design. The shape design of torpedo was divided into two disciplines: Drag reduction design and noise reduction design, and how to use RS-CSD to optimization shape design of torpedo was explained in details. In the end optimization design and simulation testing using FLUENT software of a certain torpedo were given. Optimization results and simulation results also indicate that the drag and noise of optimal shape are improved.

源语言	英语
页（从-至）	1915-1918
页数	4
期刊	Xitong Fangzhen Xuebao / Journal of System Simulation
卷	20
期	7
出版状态	已出版 - 5 4月 2008

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abstract = "Concurrent Subspace Design based on Response Surface (RS-CSD) is an effective method for complex systems design. The shape design of torpedo was divided into two disciplines: Drag reduction design and noise reduction design, and how to use RS-CSD to optimization shape design of torpedo was explained in details. In the end optimization design and simulation testing using FLUENT software of a certain torpedo were given. Optimization results and simulation results also indicate that the drag and noise of optimal shape are improved.",

keywords = "Concurrent subspace design, Response surface, Shape design, Simulation, Torpedo",

author = "Peng Wang and Song, {Bao Wei} and Liu, {Xu Lin} and Yu, {De Hai} and Jun Jiang",

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AU - Song, Bao Wei

AU - Liu, Xu Lin

AU - Yu, De Hai

AU - Jiang, Jun

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N2 - Concurrent Subspace Design based on Response Surface (RS-CSD) is an effective method for complex systems design. The shape design of torpedo was divided into two disciplines: Drag reduction design and noise reduction design, and how to use RS-CSD to optimization shape design of torpedo was explained in details. In the end optimization design and simulation testing using FLUENT software of a certain torpedo were given. Optimization results and simulation results also indicate that the drag and noise of optimal shape are improved.

AB - Concurrent Subspace Design based on Response Surface (RS-CSD) is an effective method for complex systems design. The shape design of torpedo was divided into two disciplines: Drag reduction design and noise reduction design, and how to use RS-CSD to optimization shape design of torpedo was explained in details. In the end optimization design and simulation testing using FLUENT software of a certain torpedo were given. Optimization results and simulation results also indicate that the drag and noise of optimal shape are improved.

KW - Concurrent subspace design

KW - Response surface

KW - Shape design

KW - Simulation

KW - Torpedo

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Multidisciplinary design optimization and simulation validation for shape design of torpedo

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