Search results for "vibraciones"

showing 3 items of 3 documents

Aprendiendo Vibraciones Mec´anicas con Wolfram Mathematica

2015

[EN] Mechanical vibrations as subject can be found within many Engineering and Science Degrees. To achieve that the students understand the mathematics and its physical interpretation is the objective we should get as docents. In this paper we describe how to create a simple graphical model of a single degree of freedom vibrating system allowing us to visualize concepts like above concepts damping, resonance or forced vibrations. For that, we use the popular symbolic software Wolfram Mathematica with which, without an excessive programming complexity, we can obtain a very satisfactory visual model capable to move itself, controlled by parameters. In addition, the model incorporates the curv…

Computer scienceVibraciones mecánicasMechanical vibrationsmechanical vibrationsWolfram Mathematicalcsh:Education (General)Animación en el tiempoSoftwareCalculusmass-spring-dashpot systemGraphical modelSimulationInterpretation (logic)Graphical representationbusiness.industryMass-spring-dashpot systemtime domain animationTime domain animationVibrationgraphical representationRepresentación gráficalcsh:L7-991Single degree of freedombusinessSistema masa-muelle-amortiguador
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A Teaching Experience: Aeroelasticity and the Finite Element Method

2015

[EN] The aeroelastic modelling of aircraft structures is a fundamental area for the students of Aerospace Engineering Degree. This subject has a strongly multidisciplinary character and involves other several subjects like mechanics, vibrations, aerodynamics, structural analysis. Consequently, the students find stimulating the challenge of merging their knowledge at different areas. In this paper, a teaching experience on the solution of the aeroelastic problem of a 3D-wing through six different computer tasks is presented. The main objective is to attempt a relatively complex problem using a simple version of the Finite Element Method with only four degrees of freedom. The students begin c…

TorsionEngineeringFinite element methodBendingMechanical engineeringAerodinámicalcsh:Education (General)DivergencevibrationsAerodynamicsMultidisciplinary approachCalculusAeroelasticitywingVibracionesDivergenciabusiness.industryAlaAerodynamicsFlutterAeroelasticityFinite element methodFlameoFlutter instabilityVibrationFlexiónbusinesslcsh:L7-991AeroelasticidadMétodo elementos finitosTorsión
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Demo 7. Resonancia y pulsaciones o batidos

2013

Objetivo: A. Demostrar la resonancia por simpatía (cuando la frecuencia propia del diapasón regulable coincide con la del diapasón de frecuencia fija). B. Demostrar el efecto de superposición de dos vibraciones sinusoidales de frecuencia distinta (próxima) (pulsaciones o batidos )

oscilaciones y ondasvibracionesresonancia por simpatíapulsaciones o batidos
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