Investigation of Flowfield around Hypersonic Space Plane
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概要
- 論文の詳細を見る
The flowfield analysis around a model of space plane traveling at Mach 10 has been carried out utilizing the Electric Discharge Method and the Finite Element Method (FEM) scheme The Electric Discharge Method can be visualized almost all important hypersonic flowfield phenomena, such as three-dimensional shock shapes, streamlines near wall surface, distant streamlines from wall surface, and boundary layers etc. In this study, the experiments and the numerical simulations were carried out under the conditions the angles of attack were 0 and 10 deg. Furthermore, the experimental results were compared with the numerical ones. In these comparisons, it was found that they were relatively in good agreement.
- 福山大学の論文
著者
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Nakamura Hiroaki
Fukuyama University
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MANABE Keiji
Department of Mechanical System Engineering, Fukuyama University
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NISHIO Masatomi
Department of Mechanical System Engineering, Fukuyama University
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SEZAKI Shinji
Fukuyama University
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MANABE Keiji
福山大学工学部機械工学科
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NAKAMURA Hiroaki
福山大学工学部機械工学科
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NISHIO Masatomi
福山大学工学部機械工学科
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SEZAKI Shinji
福山大学工学部機械工学科
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Nakamura H
Fukuyama University
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Manabe Keiji
Department Of Mechanical System Engineering Fukuyama University
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Nishio Masatomi
Department Of Mechanical System Engineering Fukuyama University
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Sezaki S
Fukuyama University
関連論文
- Flow Patterns around the MESUR Capsule Traveling at Supersonic/Hypersonic Speeds
- Visualization of Flow Structure Around a Hypersonic Re-entry Capsule Using the Electrical Discharge Method
- FEM Simulation of Hypersonic Reaetivc Flows Around Re-entry Capsule
- Stabilization Time of Wake Behind Hypersonic Capsule
- Study on Shock-Wave/Boundary-Layer Interaction in Hypersonic Flow
- Flowfield Around MUSES-C Superorbital Re-entry Capsule
- Flowfield around Hypersonic MESUR Capsule
- Numerical Calculation around Hypersonic/Supersonic Capsule
- Investigation of Flowfield around Hypersonic Space Plane
- Visualization Method of Hypersonic Capsule Wake Using Electrical Discharge
- Method for Visualizing Gas Temperature Field Around Hypersonic Vehicles
- The Second Electric Discharge Method for Visualizing Three Dimensional Shock Shapes