Keywords
KTI-mecanica (GITI-M), Ensayo mecánico, ensayo de torsión, biomodelos, caracterización de materiales., Mechanical test, torsion test, biomodels, material characterization.
Diseño y fabricación de una maquina de ensayos de torsión
Abstract
El presente proyecto de fin de grado tiene por objetivo principal el diseño y fabricación de una máquina para ensayos mecánicos de torsión de bajo par (hasta aproximadamente 10Nm), particularmente indicada para el ensayo de muestras biológicas y biomodelos, así como la caracterización de materiales biológicos.
En la memoria del trabajo se recoge: Estado del Arte, motivación del proyecto, proceso de diseño del equipo y de la zona de ensayo, tipos de muestras a ensayar, Análisis de Elementos Finitos, diseño final, conclusiones y trabajos futuros; así como los planos necesarios para fabricar la máquina y referencias de proveedores de las piezas necesarias.
Por falta de la célula de carga necesaria, no se ha montado la máquina. La fabricación del equipo, por tanto, queda aplazada hasta el próximo curso.
The primary objective of this undergraduate thesis project is the design and manufacturing of a machine for low-torque mechanical torsion testing (up to approximately 10 Nm), particularly suited for testing biological samples and biomodels, as well as the characterization of biological materials. The project report has the following components: State of the Art, project motivation, design process of the equipment and testing zone, types of samples to be tested, Finite Element Analysis, final design, conclusions and future work; together with the necessary technical drawings for manufacturing the machine as well as supplier references for the components. Due to unavailability of the load cell necessary to the assembly, the machine has not yet been completed. Consequently, the manufacturing of the machine has been deferred to the following academic year.
The primary objective of this undergraduate thesis project is the design and manufacturing of a machine for low-torque mechanical torsion testing (up to approximately 10 Nm), particularly suited for testing biological samples and biomodels, as well as the characterization of biological materials. The project report has the following components: State of the Art, project motivation, design process of the equipment and testing zone, types of samples to be tested, Finite Element Analysis, final design, conclusions and future work; together with the necessary technical drawings for manufacturing the machine as well as supplier references for the components. Due to unavailability of the load cell necessary to the assembly, the machine has not yet been completed. Consequently, the manufacturing of the machine has been deferred to the following academic year.
Información detallada
Materias, derechos, colecciones e identificadores
URI / Handle
http://hdl.handle.net/11531/104338Rights
Attribution-NonCommercial-NoDerivs 3.0 United States