Aerodynamics
5
2020-2021
02007374
Mechanical Engineering Sciences
Portuguese
Face-to-face
SEMESTRIAL
6.0
Elective
2nd Cycle Studies - Mestrado
Recommended Prerequisites
Fluid Mechanics I and II; Thermodynamics
Teaching Methods
In the T classes the topics dealt with in the program are presented. The TP classes are divided into the analysis and resolution of problems and a laboratory. Besides the application problems, solved in class, the students will have other proposed problems that they should solve in their individual study. A visit to the Laboratory of Industrial Aerodynamics and of Forest Fire Research is planned. Each student must perform two group works, one experimental and one of computational nature in order to complement and strengthen his training.
Learning Outcomes
The objective of this discipline is to complement the knowledge and training in the area of fluid mechanics and to deepen the understanding on turbulence, potential and compressible flows having in mind their application in the area of industrial aerodynamics and aeronautics. The students should acquire a good understanding and mastering on mechanics and thermodynamics of turbulent, compressible and potential flows including capacity to address and solve applied problems of industrial aerodynamics namely in aeronautics, wind engineering, car aerodynamics, forest fires and other.
Work Placement(s)
NoSyllabus
1. Introduction: objectives and contents of the discipline; classification of flows.
2. Analysis of compressible flows: one-dimensional isentropic compressible flow; normal and oblique shock waves; flow with friction and heat transfer (Fanno and Rayleigh lines).
3. Analysis of potential flows: general equations; main types of singularities; complex potential; panel method; analysis of wing profiles. Introduction to flight mechanics.
4. Turbulence: introduction to turbulence; instability and transition; atmospheric boundary layer.
5. Industrial Aerodynamics: introduction to wind engineering; notions of vehicle aerodynamics; wind action on forest fires.
Assessment Methods
Assessment
Project: 20.0%
Laboratory work or Field work: 20.0%
Frequency: 60.0%
Bibliography
An Introduction to Aerodynamics – J. Anderson Jr. , Mc Graw Hill
Compressible Fluid Mechanics – A. SHAPIRO, Oxford Press.
Mecânica dos Fluidos - Oliveira, LA e AM G. Lopes. Lidel Editora.
Mecânica dos Fluidos – A. F. Falcão, IST
Apontamentos da Disciplina de Aerodinâmica (PDF dos slides das aulas) – D. X. Viegas, FCTUC.
Enunciados de Problemas – D. X. Viegas, FCTUC.