Equipment for regulation and visualization of transition between laminar regimes and turbulent of a fluid (Machine-translation by Google Translate, not legally binding)
Equipment for regulation and visualization of transition between laminar and turbulent regimes of a fluid. An experimental didactic system is proposed for the regulation and visualization of the transition between laminar and turbulent regimes in liquid flows in circular section ducts. It consists o...
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Format: | Patent |
Sprache: | eng ; spa |
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Zusammenfassung: | Equipment for regulation and visualization of transition between laminar and turbulent regimes of a fluid. An experimental didactic system is proposed for the regulation and visualization of the transition between laminar and turbulent regimes in liquid flows in circular section ducts. It consists of a tank or tank (1) containing a liquid (2) that is evacuated through a discharge pipe (5) that has a nozzle (6) at its entrance and a discharge valve (7) to the departure. The level of the liquid in the tank is regulated by a valve (3) and a level sensor (4). In front of the nozzle a flow of dye (10) is injected through a needle (13) which flows from a reservoir (11) regulated with a valve (12). The evicted liquid, together with the dye, is measured by a flow meter (8) and collected in a discharge tank (9). It has several accessories for control and automation of the experiment. (Machine-translation by Google Translate, not legally binding)
Equipo para regulación y visualización de transición entre regímenes laminar y turbulento de un fluido. Se propone un sistema didáctico experimental para la regulación y visualización de la transición entre regímenes laminar y turbulento en flujos de líquidos en conductos de sección circular. Consiste en un depósito o cubeta (1) que contiene un líquido (2) que es evacuado a través de un tubo de descarga (5) que dispone de una tobera (6) a su entrada y una válvula de descarga (7) a la salida. El nivel del líquido en el depósito es regulado por una válvula (3) y un sensor de nivel (4). Delante de la tobera se inyecta un caudal de colorante (10) a través de una aguja (13) que fluye desde un depósito (11) regulado con una válvula (12). El líquido desalojado, junto con el colorante, es medido por un caudalímetro (8) y recogido en un depósito de descarga (9). Dispone de varios accesorios de control y automatización del experimento. |
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