Diseño y fabricación de una máquina de ensayo de desgaste abrasivo para la Escuela de Ingeniería Mecánica
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Date
2025-04
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Publisher
Universidad Nacional de Trujillo
Abstract
La presente tesis aborda diseño y fabricación de una máquina de desgaste
abrasivo como una herramienta fundamental para la medición de resistencia al
desgaste de materiales en la ingeniería mecánica. El equipo desarrollado permite
simular de manera precisa y controlada los procesos de desgaste abrasivo
observados en entornos industriales, facilitando así la caracterización y
comparación de diferentes materiales en términos de su resistencia al desgaste.
Para lograr esto, se llevaron a cabo estudios detallados de diseño, optimización
de parámetros y pruebas experimentales, lo que culminó en un dispositivo
eficiente y versátil. Este trabajo contribuye como herramienta del conocimiento
en el desgaste de materiales y ofrece elemento practico para ingenieros
mecánicos en la selección y diseño de materiales resistentes al desgaste.
This thesis addresses the design and manufacture of an abrasive wear machine as a fundamental tool for evaluating the wear resistance of materials in mechanical engineering. The developed machine allows the abrasive wear processes observed in industrial environments to be simulated in a precise and controlled manner, thus facilitating the characterization and comparison of different materials in terms of their wear resistance. To achieve this, detailed design studies, parameter optimization and experimental testing were carried out, culminating in an efficient and versatile device. This work contributes to the advancement of knowledge in the field of wear materials and offers a practical tool for mechanical engineers in the selection and design of wear-resistant materials.
This thesis addresses the design and manufacture of an abrasive wear machine as a fundamental tool for evaluating the wear resistance of materials in mechanical engineering. The developed machine allows the abrasive wear processes observed in industrial environments to be simulated in a precise and controlled manner, thus facilitating the characterization and comparison of different materials in terms of their wear resistance. To achieve this, detailed design studies, parameter optimization and experimental testing were carried out, culminating in an efficient and versatile device. This work contributes to the advancement of knowledge in the field of wear materials and offers a practical tool for mechanical engineers in the selection and design of wear-resistant materials.
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Keywords
TECHNOLOGY::Engineering mechanics