Chapter 16
Fluid Dynamics
Ecuación de Bernoulli para el flujo a lo largo de una corriente
Bernoulli's equation describes the behavior of fluids in motion by relating pressure, velocity, and elevation along a streamline.
It relies on the ...
Ecuación de Bernoulli para un flujo normal a una corriente
Bernoulli's equation for flow normal to a streamline explains how pressure varies across curved streamlines due to outward centrifugal forces.
...
Ecuación de Bernoulli: resolución de problemas
A Venturi meter is installed in a sewage system to measure the wastewater flow rate. If the flow rate is known and viscous effects are negligible, what is ...
Presión estática, estancada, dinámica y total
Bernoulli's principle states that the total pressure remains constant along a streamline in a fluid system and is the sum of static, dynamic, and ...
Jet Libre
Free jets demonstrate fluid behavior described by Bernoulli's equation, as the fluid exits a nozzle and flows freely into the air.
The flow velocity ...
Ecuación de continuidad
The continuity equation derives from the principle of mass conservation, stating that the mass of fluid entering and leaving a system remains constant.
...
Línea de energía y línea de gradiente hidráulico
In a fluid flowing through a pipe, the energy line represents the total energy of the fluid, combining pressure, velocity, and elevation heads.
In ...
Ejemplo de diseño: Diseño de tobogán acuático
An engineer is designing a waterslide for a water park, where water flows down to create a fast yet safe ride for park visitors.
The slide is 25 meters ...
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