# Pipe Diameter Calculator

This tutorial explains how to calculate the diameter of a pipe based on volume flow rate and fluid velocity. This topic is relevant to physics and engineering, particularly in the field of fluid dynamics and hydraulics, which deal with the motion and forces on fluids.

 🖹 Normal View 🗖 Full Page View Volume Flow Rate (Q) m³/sm³/minm³/hl/sl/minl/ hft³/sft³/minft³/hgal/s(Imperial)gal/min(Imperial)gal/h(Imperial)gal/s(US)gal/min(US)gal/h(US) Velocity (V) m/sm/minm/hkm/skm/minkm/hft/sft/minft/hyd/syd/minyd/h
 Pipe Diameter (D)= mm cm dm m km mi in ft yd

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## Example Formula

The formula for calculating pipe diameter when volume flow rate and velocity are known is derived from the principle of conservation of mass, specifically for the steady flow of an incompressible fluid:

D = √[(4 × Q) / (π × V)]

Where:

1. D: The diameter of the pipe
2. Q: The volume flow rate of the fluid
3. V: The velocity of the fluid
4. π: Pi, a mathematical constant approximately equal to 3.14159

## Who wrote/refined the formula

This formula doesnt have a specific author, but it is a simple application of principles from fluid mechanics, specifically Bernoullis equation. This calculation is widely used by engineers and physicists working in fluid dynamics, civil engineering, and hydraulics.

## Real Life Application

This calculation is regularly used in engineering, particularly in the design of pipelines for oil, gas, and water supply systems. Correctly sizing pipe diameter based on flow rate and velocity ensures the efficient operation of these systems and prevents issues such as excessive pressure loss or pipe erosion.

## Key individuals in the discipline

While no one individual is credited with this specific formula, the principles of fluid dynamics used in the formula have been influenced by physicists such as Daniel Bernoulli and Claude-Louis Navier, whose works in fluid motion have been foundational for the field.

## Interesting Facts

1. This formula is applied in the design and operation of a wide range of real-world systems, from small-scale plumbing in buildings to large-scale oil and gas pipelines.
2. The calculation of pipe diameter has helped humanity develop efficient water supply and sewage systems, drastically improving public health and quality of life.
3. The development and application of this formula are indicative of the practical applications of fluid dynamics in physics and engineering.

## Conclusion

Understanding how to calculate pipe diameter based on volume flow rate and velocity is a crucial aspect of fluid dynamics. The application of this knowledge plays a pivotal role in many engineering designs and systems, emphasizing the importance and practicality of physics concepts in our everyday lives.

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