Publication: Desarrollo de un modelo para el cálculo de las temperaturas en una nave industrial
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2018-10
Defense date
2018-10-18
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Abstract
En este proyecto de fin de carrera se expondrá un modelo matemático programable para el cálculo del desarrollo de las temperaturas en una nave industrial sin climatizar, con la finalidad de poder desarrollar una herramienta que permita conocer su comportamiento térmico de forma simple, rápida e intuitiva. El modelo será realizado mediante un análisis de la transferencia de calor en régimen permanente de intervalos horarios, considerando a su vez el cambió de energía interna en los diferentes sistemas. Posteriormente, este modelo será aplicado en un entorno de programación para extraer conclusiones de un caso práctico y mostrar así su funcionamiento. Gracias al análisis en profundidad de la transferencia de calor por radiación se podrá demostrar la importancia de los acabados superficiales en el acondicionamiento térmico.
In this bachelor thesis, a mathematical programmable model will be exposed for the calculation of the temperature development in an industrial building without air conditioning, with the purpose of being able to develop a tool which allows to know its thermal behavior in a simple, fast and intuitive way. This model will study the heat transfer in steady state for periods of one hour, taking into account the change of internal energy in any of the systems. Later on, this model will be coded into a programming environment in order to extract conclusions from a practice example and show how the program works. Thanks to the deep analysis of the thermal radiation, it will be possible to demonstrate the importance of the superficial layer as a thermal insulation for buildings.
In this bachelor thesis, a mathematical programmable model will be exposed for the calculation of the temperature development in an industrial building without air conditioning, with the purpose of being able to develop a tool which allows to know its thermal behavior in a simple, fast and intuitive way. This model will study the heat transfer in steady state for periods of one hour, taking into account the change of internal energy in any of the systems. Later on, this model will be coded into a programming environment in order to extract conclusions from a practice example and show how the program works. Thanks to the deep analysis of the thermal radiation, it will be possible to demonstrate the importance of the superficial layer as a thermal insulation for buildings.
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Keywords
Desarrollo de las temperaturas, Cargas térmicas, Transferencia de calor por radiación, Programa de cálculo, Naves industriales