VESSEL VOLUME

Volume Calculation mm
Diameter mm
Length Tan To Tan mm
Liquid Height mm
End Closure Type mm
Vessel Orientation mm
Vertical Volume Horizontal Volume Vertical Volume Horizontal Volume
RESULT
VOLUME = 40.0323 m3

K-secal endeavor is to make design and engineering for static equipment engineer an efforts less activity. For this many small help tools are being created for the ease in design & fabrication of Pressure Vessel, Heat Exchanger and other fabricated equipment. Subject tool calculates the vessel volume both in horizontal and vertical orientation, full or partial volume. It also has the option to select different type of heads (end closure).
The biggest advantage is that it also calculate the partial volume of different type of formed head in both orientation.
Use SI/FPS unit tab to perform calculation in SI or FPS.
Note:The liquid height is from the inside bottom of the head in vertical orientation and from bottom of cylinder in horizontal orientation.


Following formulas have been used to calculate Vessel Volume:

2:1 Ellipsoidal head vessel full volume
Volume = (π * D³ )/ 12 + (π* D² * L )/ 4
where,
π = 3.141
D = Inside Diameter of Vessel
L = Length tan to tan

Torispherical head vessel full volume
Volume = (0.1694 * D³ ) + (π* D² * L )/ 4
where,
π = 3.141
D = Inside Diameter of Vessel
L = Length tan to tan

Hemispherical head vessel full volume
Volume = (π * D³ )/ 6 + (π* D² * L )/ 4
where,
π = 3.141
D = Inside Diameter of Vessel
L = Length tan to tan