Calculating Pipe Discharge from Fluid Velocity Diagram | Tips and Tricks

In summary, a Fluids Velocity Diagram is a graphical representation of the velocity of a fluid in a system. It is created by plotting velocity at different points on a graph and can provide information about velocity distribution, maximum and minimum velocities, and areas of turbulence or flow separation. It is useful in engineering and design for analyzing and optimizing fluid systems, but it has limitations in representing non-uniform or unsteady flow and does not account for viscosity or fluid compressibility.
  • #1
kieranl
24
0
does anyone know how to go about calculating discharge from a velocity diagram of flow in a pipe?

thanks for anyhelp
 
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  • #2
Simply integrate the velocity over the area.
 
  • #3


Calculating discharge from a velocity diagram of flow in a pipe can be done by using the equation Q = AV, where Q is the discharge, A is the cross-sectional area of the pipe, and V is the average velocity of the fluid. Additionally, the continuity equation, which states that the mass flow rate into a control volume must equal the mass flow rate out, can also be used to calculate discharge. By knowing the inlet and outlet velocities and areas, the discharge can be calculated using this equation. It is important to ensure that all units are consistent when performing these calculations. Additionally, considering factors such as frictional losses and turbulence can improve the accuracy of the calculation. It is always a good idea to double check your calculations and use multiple methods to confirm the results.
 

FAQ: Calculating Pipe Discharge from Fluid Velocity Diagram | Tips and Tricks

What is a Fluids Velocity Diagram?

A Fluids Velocity Diagram is a graphical representation of the velocity of a fluid as it flows through a system. It shows the velocity at different points along the system and can be used to analyze the performance and efficiency of the system.

How is a Fluids Velocity Diagram created?

A Fluids Velocity Diagram is created by plotting the velocity of the fluid at different points along the system on a graph. The x-axis represents the distance or position along the system, and the y-axis represents the velocity of the fluid at that point. The resulting curve is a representation of the fluid's velocity profile.

What information can be obtained from a Fluids Velocity Diagram?

A Fluids Velocity Diagram can provide information about the velocity distribution of the fluid, the maximum and minimum velocities, and the location of any regions of turbulence or flow separation. It can also be used to calculate the mass flow rate and pressure drop in the system.

How is a Fluids Velocity Diagram useful in engineering and design?

A Fluids Velocity Diagram is a valuable tool in engineering and design as it allows for the analysis and optimization of fluid systems. It can help identify areas of high velocity or turbulence that may cause damage or inefficiency, and can aid in the design of more efficient and effective systems.

Are there any limitations to using a Fluids Velocity Diagram?

One limitation of using a Fluids Velocity Diagram is that it assumes steady, uniform flow. It may not accurately represent the velocity profile in systems with unsteady or non-uniform flow. Additionally, it does not account for the effects of viscosity or fluid compressibility, which may be important in some systems.

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