Formula library

Horizontal Cylindrical Tank Volume

Horizontal Cylindrical Tank Volume
\[V=\frac{\pi D^2L}{4}\]

Variables

Vtank volume (m³)
Dinternal tank diameter (m)
Linternal cylindrical length (m)

Description

What is this formula?


Horizontal Cylindrical Tank Volume calculates the total internal volume of a horizontal cylindrical storage tank.


The formula is based on the exact geometric volume of a cylinder using the internal diameter and internal cylindrical length.


It is commonly used for storage tanks in water systems, fuel storage, petroleum facilities, industrial plants, agricultural tanks, and process engineering.


When to use it


Use this formula when the tank is a complete horizontal cylinder and the objective is to calculate its full capacity.


It is appropriate when the tank has flat ends or when only the cylindrical shell volume is being evaluated.


Example


A horizontal cylindrical water tank has an internal diameter of 2.4 m and an internal cylindrical length of 8 m.


Data:


D = 2.4 m


L = 8 m


Formula:


V = πD²L / 4


Substitution:


V = π × 2.4² × 8 / 4


Result:


V = 36.19 m³


The full cylindrical tank volume is approximately 36.19 m³.


Applications


- Water storage tanks

- Fuel storage tanks

- Industrial process tanks

- Agricultural storage tanks

- Petroleum storage systems

- Tank capacity calculation

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