análisis de la refrigeración de un componente electrónico//analysis of cooling an electronic component
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ID: 243749
2015
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Abstract
En este artículo se realizó un estudio experimental sobre la refrigeración de un componente electrónico mediante la combinación de un flujo cruzado y un chorro incidente empleando aire como fluido refrigerante. En el mismo se persigue caracterizar la refrigeración del componente electrónico mediante la obtención del número de Nusselt promedio sobre cada una de las caras del componente y de forma global. Debido a esto se determina el efecto que posee la relación entre el número de Reynolds del chorro y el del canal sobre la refrigeración del componente electrónico. Para el análisis y caracterización de la refrigeración se ha diseñado y construido un túnel de viento donde se realizan los experimentos sobre la configuración de refrigeración.
Palabras claves: lujo bifásico, número de Reynolds, burbuja aislada, tren de burbujas, coeficientes de arrastre, fuerzas de arrastre.
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Abstract
The paper presents an experimental study on the cooling of an electronic component. The cooling process was performed by the combination of a cross-flow and an impinging jet using air as coolant. The aim is the characterization of the refrigeration of an electronic cooling through the obtention of the average Nusselt number on each face and the whole component. T he influence of the Reynolds number jet-to-channel ratio on the cooling process was determined. A wind tunnel was designed and built for the analysis and characterization of the refrigeration.
Key words: electronic cooling, cross flow, impinging jet.
Palabras claves: lujo bifásico, número de Reynolds, burbuja aislada, tren de burbujas, coeficientes de arrastre, fuerzas de arrastre.
______________________________________________________________________________
Abstract
The paper presents an experimental study on the cooling of an electronic component. The cooling process was performed by the combination of a cross-flow and an impinging jet using air as coolant. The aim is the characterization of the refrigeration of an electronic cooling through the obtention of the average Nusselt number on each face and the whole component. T he influence of the Reynolds number jet-to-channel ratio on the cooling process was determined. A wind tunnel was designed and built for the analysis and characterization of the refrigeration.
Key words: electronic cooling, cross flow, impinging jet.
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| Authors | ;Yunesky Masip Macía;Asier Bengoechea García;Julio Ortega Calderón |
| Journal | bmc musculoskeletal disorders |
| Year | 2015 |
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