Maestría en Mecánica Mención Diseño

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    Análisis del comportamiento térmico de la máquina de temperado para optimizar el procesamiento de chocolate
    (Universidad Técnica de Ambato. Facultad de Ingeniería Civil y Mecánica. Maestría en Mecánica Mención Diseño, 2020-09) Rodríguez Sánchez, Nancy Piedad; Carrillo Rosero, Carlos Mauricio
    The project arises from the need of the Noblezza factory to perform the optimization of the tempering process due to the unproductive times it generates. The objective of the thesis has been to analyze the behavior of the tempering machine to optimize the work process. The analysis methodology have been defined for the contour conditions and start of work of the machine, with which the operation is analyzed using simulations of Computational Fluid Dynamics with color scales that allow an interpretation of the temperature distribution in all the components of the machine, obtaining a detailed model. The hypothesis verification is carried out in a framework of experimentations around the machine data and careful analysis through simulations that identify the appropriate temperature curve for the improvement in production. Finally, temper times and indices are compared, which demonstrate the quality of the process.
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    Diseño de una herramienta de forma para mecanizado de contrasalidas en moldes de suelas de calzado y determinación de los regímenes de corte adecuados
    (Universidad Técnica de Ambato. Facultad de Ingeniería Civil y Mecánica. Maestría en Mecánica Mención Diseño, 2020) Muquinche Puca, Juan Pablo; Carrillo Rosero, Carlos Mauricio
    The research project was developed due to mold manufacturing market demand for shoes soles. Since, one of the main problems is the lack of tools that cover Computerized Numerical Control (CNC) machining programs’ demand; which integrate advanced cutting strategies in their latest versions. This type of technology has evolved over time. In addition, market trends have required program developers to integrate functions that were not possible in the past. However, the best cutting strategies are not enough if resistant tools that have a durable design are not integrated. According to the presented study and through an experimental analysis, an adequate design of a rhomboidal counter-output tool is provided. Likewise, cutting parameters that guarantee a long life are established. The relevant factors in the experimental process are advanced speed and lateral pass depth. Since, machining advanced strategies appearance have been determined empirically. Consequently, material and time losses are generated during molds development. Trend continuous change of footwear models demands a flexible mold manufacturing process and implementation of adaptable machining tools. The proposal of this research includes a manual of sharpening procedure, according to proposed and validated design tool. Sharpening process is carried out by a tool development team at different clamping angles. In addition, the appropriate tool material was determined, which has flexibility to increase lateral pass value percentage.