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Civil aerodynamics and Wind Power (OCW Technical University of Madrid)
The purpose of this course is to establish the basis for understanding the actions of atmospheric wind on different types of buildings and structures on the surface of the earth, in order to facilitate proper designs and prevent, as far as possible, the damage, or even complete failure, which can be caused by the wind to these structures.Experimental Technologies (OCW Technical University of Madrid)
The course Experimental Technologies aims to provide the student with a full vision of the work to be done in practical cases, where one needs to obtain a reliable result for publishing via a report. The level of this subject is for first year students, and the subject is directly linked to practical laboratory experiences. The course content is of a general nature, in order for the material taught to be used in any other area of the degree course which may require the use of measurement units, error calculation, the completion and interpretation of graphs, the organisation and interpretation of experimental data, bibliography searches, technical report writing, etc. Naturally all this material is basic for a later professional career in technical aeronautical engineering.Graphic expression (OCW Technical University of Madrid)
This course serves as a starting point for a group of optional subjects taught by the Area of Graphic Expression, as it lays the geometric foundations for the representation and analysis of shapes on paper and in space. These subjects advance further into the study of design and modelling in the context of each speciality, using computer graphic techniques available.Helicopters (OCW Technical University of Madrid)
The subject is focused on teaching the student to be fully-versed in the use of theoretical models for the basic calculations of helicopter actions and aerodynamics. It is also intended to teach both theoretical basics and the development, from an applied engineering point of view, of the main systems which identify a turning blade aircraft. In order to do this, the course is based on three main elements: theoretical models of the main flight configurations, the practical application of these, and finally, the description of helicopter-specific systems and elements.Numerical Aerodynamics (OCW Technical University of Madrid)
This course provides a solid theoretical base for various numerical methods used to solve problems in aerodynamics. Results obtained using the methods developed in the course are compared with those from commercially available programs, assessing the advantages and disadvantages of each. Practical classes will be conducted in a fully equipped classroom…Numerical Aerodynamics (OCW Technical University of Madrid)
This course offers a solid theoretical base on the different methods which can be used to approach the numerical resolution of aerodynamic problems. The results obtained using the methods developed on the course are compared with those obtained using commercially-available programmes, and the pros and cons of each system are assessed. Practical numerical classes take place in classrooms equipped with precise calculation tools, meaning that each student has a computer. During the course, students complete tasks in class using MATLAB. The first classes of the course are devoted to basic training in the use of MATLAB.Physics I (OCW Technical University of Madrid)
The subject previously known as General Physics (or similar) has now become, under the current study plan, two subjects: Physics I and Physics II. It is not easy to talk about each one separately, as they are closely linked and form part of the same discipline. So, when we talk (or write) in general, we refer to Physics, and for more specific issues we indicate the relevant part. Physics, in all engineering degrees and almost all science degrees , is a basic, fundamental course subject, in the widest sense. It is basic, because it must prepare the student, providing sufficient knowledge and skill to tackle successfully, without lapses in knowledge or operational and modelling faults, most of the other subjects studied on the course. Physics is an experimental science, we could say that it is the paradigm of scientific methods: observation, models, laws, verification. The study of physics, therefore, must always involve practical tasks, which put the laws to the test and help to retain new knowledge. However, as the current Study Plan includes a subject known as “Experimental Techniques”, this area will cover the practical part, data handling and presentation of results, leaving the Physics subject area for the comprehensive study of the theory and its methodological and reasoned application in problems, at an appropriate level for first year undergraduates.
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Related authors: Álvaro Cuerva Tejero | Ana Laverón Simavilla | Ángel A. Rodríguez Sevillano | Ángel Sanz Andrés | Javier Pérez Álvarez | José Jaime Rúa Armesto | José Juan Aliaga Maraver | José Meseguer Ruiz | Miguel Barcala Montejano | Miguel Laguna Esteras | Mª Victoria Lapuerta González | Santiago Poveda Martínez | Santiago Ramírez de la Piscina Millán
Related universities: Technical University of Madrid
