FME01 Impacto de Jato sobre Superfícies
SISTEMAS INOVADORES
The Jet Impact on Surfaces Unit, "FME01", designed by EDIBON, allows the study of the interaction between a moving fluid jet and different impact surfaces, providing a detailed understanding of fluid dynamics principles and their application in hydraulic and industrial engineering.
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Descrição Geral
The Jet Impact on Surfaces Unit, "FME01", designed by EDIBON, allows the study of the interaction between a moving fluid jet and different impact surfaces, providing a detailed understanding of fluid dynamics principles and their application in hydraulic and industrial engineering. Its design enables real-time observation of how the jet force varies depending on the geometry of the surface, allowing students to analyze its behavior under different operating conditions. The water flow is supplied through the Hydraulic Bench, "FME00", or the Basic Hydraulic Feed System, "FME00/B".
The FME01 consists of a cylindrical tank with transparent sidewalls, allowing clear visualization of the jet’s impact on the selected surface. Inside, a nozzle aligned with the central axis directs the water flow towards the target surface, facilitating the measurement of the applied force. For precise quantification, the unit incorporates a calibrated mass system, which balances the water force and allows measurement through a pre-adjusted reference indicator.
Additionally, the unit features adjustable supports to ensure proper leveling of the system and drainage holes at the base of the tank to prevent water accumulation and unwanted splashes, ensuring an efficient and safe working environment.
EXERCÍCIOS E PRÁTICAS GUIADAS
EXERCÍCIOS PRÁTICOS GUIADOS INCLUÍDOS NO MANUAL
- Impact against a flat surface.
- Impact against a curve surface of 120°.
- Impact against a hemispherical surface.
- Use of the fast connectors.
EQUIPAMENTOS COMPLEMENTARES
Demonstração do Teorema de Bernoulli
Descarga por Orifícios
Vórtice Livre e Forçado
Equipamento de Fluxo através de Orifício
Demonstração de Cavitação
Equipamento de Venturi, Bernoulli e Cavitação
Sistema de Aquisição de Dados e Sensores
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