“Diseño y fabricación de una máquina de ensayo de desgaste adhesivo para la Escuela de Ingeniería Mecánica”
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Date
2024-10
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Publisher
Universidad Nacional de Trujillo.
Abstract
La presente tesis aborda el diseño y la fabricación de una máquina de ensayo de desgaste adhesivo Pin on Disk, con el objetivo de proporcionar una herramienta eficaz y precisa para la evaluación de materiales y recubrimientos en condiciones de contacto deslizante. Se emplearon técnicas de diseño asistido por computadora y fabricación avanzada para desarrollar un equipo compacto y robusto que cumpla con los estándares de precisión y confiabilidad requeridos. La máquina diseñada fue sometida a pruebas exhaustivas, demostrando su capacidad para realizar ensayos de desgaste adhesivo bajo diversas condiciones operativas. Se logró obtener resultados consistentes y confiables, validando la efectividad y viabilidad de la máquina para aplicaciones en investigación y desarrollo en el campo de la tribología.
This thesis addresses the design and manufacture of a Pin on Disk adhesive wear testing machine, with the aim of providing an effective and accurate tool for the evaluation of materials and coatings under sliding contact conditions. Computer-aided design and advanced manufacturing techniques were used to develop compact, robust equipment that meets the required accuracy and reliability standards. The designed machine was subjected to extensive testing, demonstrating its ability to perform adhesive wear tests under various operating conditions. Consistent and reliable results were obtained, validating the effectiveness and viability of the machine for applications in research and development in the field of tribology.
This thesis addresses the design and manufacture of a Pin on Disk adhesive wear testing machine, with the aim of providing an effective and accurate tool for the evaluation of materials and coatings under sliding contact conditions. Computer-aided design and advanced manufacturing techniques were used to develop compact, robust equipment that meets the required accuracy and reliability standards. The designed machine was subjected to extensive testing, demonstrating its ability to perform adhesive wear tests under various operating conditions. Consistent and reliable results were obtained, validating the effectiveness and viability of the machine for applications in research and development in the field of tribology.
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Keywords
TECHNOLOGY::Engineering mechanics