Calculation of the volume of a 3000 m3 liquid ammonia spherical tank
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Calculation of the volume of a 3000 m3 liquid ammonia spherical tank
The volume of the 3,000 cubic meter liquid ammonia spherical tank has been determined to be 3,000 cubic meters. No further calculations are needed. . What do you want to calculate?
I guess what he means is the relationship between the liquid level in the tank and its internal volume; for example, what is the volume of liquid ammonia inside when the liquid level is 1 meter. According to the specifications, the filling factor of liquid ammonia spheres must not exceed 90%; however, what is directly measured is the liquid level. Therefore, it is necessary to find a way to determine how many meters correspond to a volume of 90%, so that alarm and interlock values can be set accordingly.
Basically, it’s about calculating the relationship between liquid level and volume; does this require integration?
Learning has arrived,:victory::victory:
The last edit to this post was made by cliches on 2024-12-9 at 16:53. The mathematical relationship between the level and volume of a sphere or cylinder should be expressed using double integrals, namely dxdy integrals over the circle