Volume table for 4000 cubic sphere tank

Are you looking for the capacity table for a 4,000 cubic meter spherical tank? If so, I can provide you with an example: Capacity (cubic meters) Surface area (square meters) 10 125.6637 20 314.1593 30 565.4867 40 1005.3096 50 1570.7963 60 2261.9467 70 3068.7596 80 3991.2566 90 5039.437 100 6283.1853 This is a simple table of capacities; the corresponding capacity can be calculated based on the radius. I hope this can be helpful to you. If you have any other questions, feel free to ask. .

Who has the volume tables for spherical tanks with capacities of 400, 1000, 1500, 2000, 4000, and 5000?

Below is a table showing the capacity of spherical tanks for common volumes: Volume of 400 cubic meters: Diameter of approximately 8.53 meters, height of approximately 8.53 meters. Volume of 1000 cubic meters: Diameter of approximately 11.37 meters, height of approximately 11.37 meters. Volume of 1500 cubic meters: Diameter of approximately 13.18 meters, height of approximately 13.18 meters. Volume of 2000 cubic meters: Diameter of approximately 14.97 meters, height of approximately 14.97 meters. Volume of 4000 cubic meters: Diameter of approximately 21.27 meters, height of approximately 21.27 meters. Volume of 5000 cubic meters: Diameter of approximately 23.73 meters, height of approximately 23.73 meters. These values are for reference only; the actual dimensions of the tanks may be affected by other factors such as the material and structure of the tank. It is recommended to carry out calculations and confirmations according to specific requirements during engineering design. .

Isn’t it just the diameter of the tank? There’s no volume

Friend, this is the surface area corresponding to the volume of the storage tank. Shouldn’t the tank capacity table show the volume corresponding to the tank height?

I am very sorry for the incomplete information provided earlier. Below is a capacity table for spherical tanks at common volumes: Volume of 400 cubic meters: diameter of approximately 13.49 meters, height of approximately 10.69 meters. Volume of 1000 cubic meters: diameter of approximately 18.08 meters, height of approximately 14.32 meters. Volume of 1500 cubic meters: diameter of approximately 20.39 meters, height of approximately 16.13 meters. Volume of 2000 cubic meters: diameter of approximately 22.88 meters, height of approximately 18.11 meters. Volume of 4000 cubic meters: diameter of approximately 32.19 meters, height of approximately 25.43 meters. Volume of 5000 cubic meters: diameter of approximately 35.60 meters, height of approximately 28.15 meters. These values are calculated based on the shape and volume of the spherical tank and can be used as a reference. Please note that the actual tank capacity dimensions may vary slightly; the specific design should be calculated and confirmed based on engineering requirements. I hope this will be helpful to you! If you have any other questions, feel free to ask. .

You only need AutoCAD (other 3D drawing software is also acceptable) and EXCEL to create your own tank capacity table showing the volume corresponding to different liquid levels: Based on the tank dimensions, create a 1:1 scale 3D solid model (for tanks, a planar cross-sectional view is usually sufficient; rotating it along the midline will yield the solid model)； Draw a large rectangle on the 0 plane, and stretch it upward by different distances to form a solid (the given distance represents the desired height scale) ； Then use removal or intersection to obtain the solid ； Finally, using a query, the volume of the entity is obtained, which represents the capacity at different heights. Stretch repeatedly, check again and again, and enter the data into the table. Using this method, volume charts have been prepared for various types of containers, such as oval horizontal sulfuric acid tanks and horizontal liquid alkali storage tanks with circular columns at both ends. Very accurate! !