A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Analysis of flow separation over aerodynamic airfoils
Energy industries are nowadays struggling with the most effcient source of energy generation. The list of energy resources is huge starting with traditional coal and going through the different technologies until reaching the controversial nuclear reactors. One of the most interesting areas in energy generation is the renewable energy technologies. Among the different renewable energy sources, this project will be focused on eolic energy generation via horizontal axis wind turbines (HAWTs). Specifying the scope of this project, the three main areas that will be considered are detailed hereinafter: 1. Analysis of eolic energy technologies and its state of the art. 2. Analysis of mathematical equations governing the physical phenomena regarding air flows over eolic turbine blades. 3. Improvement of eolic turbine blades airfoil profiles. The analysis and study of these new energy sources is a field that offers plenty of opportunities and a deeper study and further improvement of both, the mathematical model and devices that are used to study the production of these new energies, is needed. For the purposes of this project, focus and efforts will be placed on the study of eolic energy. ; Ingeniería Aeroespacial
Analysis of flow separation over aerodynamic airfoils
Energy industries are nowadays struggling with the most effcient source of energy generation. The list of energy resources is huge starting with traditional coal and going through the different technologies until reaching the controversial nuclear reactors. One of the most interesting areas in energy generation is the renewable energy technologies. Among the different renewable energy sources, this project will be focused on eolic energy generation via horizontal axis wind turbines (HAWTs). Specifying the scope of this project, the three main areas that will be considered are detailed hereinafter: 1. Analysis of eolic energy technologies and its state of the art. 2. Analysis of mathematical equations governing the physical phenomena regarding air flows over eolic turbine blades. 3. Improvement of eolic turbine blades airfoil profiles. The analysis and study of these new energy sources is a field that offers plenty of opportunities and a deeper study and further improvement of both, the mathematical model and devices that are used to study the production of these new energies, is needed. For the purposes of this project, focus and efforts will be placed on the study of eolic energy. ; Ingeniería Aeroespacial
Analysis of flow separation over aerodynamic airfoils
2014-09-30
Theses
Electronic Resource
English
DDC:
690
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