![]() The impact of aviation activities to the environment will be discussed: Atmospheric pollution, Noise, vibration, Waste, Water use and soil, excessive energy use. natural environment (atmosphere, gravitation, electromagnetic and inertial) and created environment (sound/noise, radio waves, infrared). The course will cover environmental aspects related to aviation industry activities, i.e. The detail discussion is begun with thermodynamic review and review of conservation equation for inviscid flow (conservation mass, momentum, and energy) One-dimensional and quasi-one dimensional isentropic flows One-dimensional non-isentropic flow (normal shockwave, Reyleigh flow, and Fanno flow) Two-dimensional non-isentropic flow (oblique shockwave and expansion waves Prandtl-Meyer) Unsteady wave motion Potential flow equation Linearized potential flow Theory of thin airfoil for subsonic and supersonic Characteristic method Design of supersonic nozzle, intake, and supersonic airfoil Transonic flow on airfoil and wing Hypersonic flow. This course contains the materials about subsonic to hypersonic compressible flows including flow physical phenomena, governing equations of imviscid compressible flow, 1D and 2D compressible flow model, and its application in the design of nozzle, intake, and supersonic airfoil. Faculty of Mechanical and Aerospace Engineering
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