| シラバス | - ［授業の方法］
- 講義
- ［受入人数］
- 10
- ［受講対象］
- GRADUATED STUDENTS, MAINLY PH.D STUDENTS
- ［授業概要］
- ABSTRACT: The idea of high-speed thermofluid dynamics is described. The basic theory of thermodynamics, high-speed gasdynamics of compressible fluids, shock waves and supersonic fluid dynamics, and hypervelocity (hypersonic) gasdynamics with real gas effects are presented. Several novel topics related high-speed thermofluid dynamics will be also introduced.
- ［目的・目標］
- TARGET: To grasp the basic theory and idea for high-speed gasdynamics including compressible effects, and real gas effects. This field is strongly related to the mechanical and aerospace fluid dynamics and new energy (cryogenic) fluid dynamics. Furthermore, the perspective view on the novel diagnostic technology for thermofluid dynamics will be obtained through several research topics described in the lecture.
- ［授業計画・授業内容］
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- (1-3): Introduction of thermodynamics and fluid dynamics, Compressible gasdynamics
- (4-6): Shock waves and Rankine-Hugoniot relations, Oblique shock relations, Convergent & divergent nozzle flow
- (7,8): Statisitcs for real gas dynamics, Real gas effects for hypersonic flow
- (9,10): Cryogenic fluid dynamics and phase change, Laser-induced cavitation, Supersonic condensation
- (11-15): Some research topics for high-speed thermo-fluid dynamics; Shock tunnel and supersonic wind tunnel experiments, Qualitative and quantitiative image diagnostics, Computed Tompgraphy (CT), Schlieren and laser-interferomety, Bacground oriented schlieren (BOS), LIF
- (16): Discussion and presentation for the each research topics in graduated course
- ［キーワード］
- Compressible fluid dynamics, Supersonic and hypersonic fluids, Shock waves, Qualitative and quantitative image diagnostics, CT, BOS
- ［教科書・参考書］
- Text: None (some prints & power point)
- ［評価方法・基準］
- Exercise and discussion on research topics and lecture contents
- ［関連科目］
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- ［履修要件］
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- ［備考］
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