Algorithm formula for the volume of horizontal storage tanks at different levels

A horizontal storage tank is a common device for storing liquids, and its volume changes with the change in liquid level. In practical applications, the volume of the tank needs to be calculated according to the liquid level in order to store and transport liquids. The following describes the algorithm formula for the volume of horizontal storage tanks at different levels.

First of all, it is necessary to understand the basic structure and parameters of the horizontal storage tank. Horizontal storage tanks are usually composed of tank body, tank bottom, tank cover, inlet and outlet, discharge port, etc. Its volume can be calculated by the length, width, height and other parameters of the tank.

Assuming that the length of the horizontal tank is l, the width is w, and the height is h, then its volume is v=l w h.

When calculating the volume at different levels, the influence of the liquid level on the tank volume needs to be considered. Assuming that the level height is h, the volume occupied by the liquid is v1=l w h. Therefore, the volume of the horizontal storage tank at the level height h is v2 = v - v1 = (l w h) - (l w h) = l w (h - h).

According to the above formula, the volume of horizontal storage tanks at different levels can be calculated. For example, when the liquid level height is 0, the volume of the horizontal storage tank is v=l w h; When the liquid level height is h, the volume of the horizontal storage tank is v2=0;When the level height is h, the volume of the horizontal storage tank is v2=l w (h-h).

It should be noted that the above formula is only applicable if the tank body of a horizontal tank is rectangular or rectangular. If the shape of the tank is different, it needs to be calculated according to the actual situation. In addition, factors such as the density and temperature of the liquid need to be considered for their volume.

In short, the algorithm formula for the volume of the horizontal storage tank under different liquid levels is calculated according to the length, width, height and level height of the tank. In practical applications, calculations need to be made on a case-by-case basis, taking into account factors such as the density and temperature of the liquid.

There is such software on the Chemical Technology Forum.

The formula for calculating the tank volume is as follows:

Length * width * height, if the volume of a cylindrical container = bottom area * height, volume is a Chinese word, pinyin is róng jī, which refers to the volume of objects that can be accommodated in boxes, oil drums, warehouses, etc. It is often referred to as their volume. Measuring volume is generally measured in volume.

Measuring the volume of liquids, such as water, oil, etc., is commonly used in volume units liters and milliliters, which can also be written as l and ml.

Tank truck tank body can be used: carbon steel, stainless steel, lined with rotational molding, glass fiber reinforced plastic, plastic tank (polypropylene), the following is to share the material of the common tank truck tank

It mainly refers to steels with a mass fraction of less carbon than those containing deliberately added alloying elements. It is also sometimes referred to as carbon steel or carbon steel. Carbon steel, also known as carbon steel, refers to an iron-carbon alloy with a carbon content less than WC. In addition to carbon, carbon steel generally contains a small amount of silicon, manganese, sulfur and phosphorus.

Steel that is resistant to weak corrosive media such as air, steam, water and chemical corrosive media such as acid, alkali and salt is also known as stainless acid-resistant steel. In practical application, the steel that is resistant to corrosion by weak corrosive media is often called stainless steel, and the steel that is resistant to chemical media corrosion is called acid-resistant steel. Due to the difference in chemical composition between the two, the former is not necessarily resistant to chemical media, while the latter is generally stainless steel.

The corrosion resistance of stainless steel depends on the alloying elements contained in the steel. The basic alloying elements of stainless steel also include nickel, molybdenum, titanium, niobium, copper, nitrogen, etc., to meet the requirements of stainless steel structure and performance for various purposes.

Hello, there are four methods: four types of oil tank capacity calculation, according to different functions, oil tank capacity can be divided into the following four types: nominal capacity, storage capacity, operating capacity, nominal capacity.

The following takes a 10,000 cubic vertical cylindrical oil tank (tank diameter 30 meters, tank wall height 15 meters) as an example: 1. Nominal capacity:

Also known as computing capacity, theoretical capacity. It is the theoretical volume of the oil tank, which is calculated from the geometric height and diameter of the entire oil tank. Such as:

The nominal capacity of the tank is: radius 2 wall height 10600 li. 2. Storage capacity:

Also known as safe capacity. Due to the foam generator, high liquid level alarm, or internal floating plate and other devices on the upper part of the oil tank, as well as for safety reasons, it is impossible to load oil to the angle steel on the edge of the tank when storing oil, and it should be about one meter lower. Such as:

The storage capacity of the tank is nominal and the capacity of the vacant part of the meter, i.e. the radius of 2 wall elevation. 3. Operating capacity: Also known as operating capacity, when used by the oil tank, some oil products in the lower part of the outlet pipe (generally about meters high) can not be sent, which is the dead storage of the oil tank.

Such as: the operating capacity of the oil tank, the storage capacity, the dead storage capacity, that is, the radius of 2 wall elevation. Fourth, the nominal capacity:

The nominal capacity is a name for the standardization and serialization of the storage tank for convenience, which is an integer quantity close to the design capacity. For example, we can call the above oil tank 10,000 vertical oil tank, which is neither the actual capacity of the storage tank nor the operating capacity.

It should be noted that the above is to illustrate the four capacities of the oil tank according to the standard cylindrical geometric dimensions, but due to the actual construction error of the oil tank, the space capacity occupied by the accessories in the tank, and the uneven bottom of the tank (actually a conical bottom), there will still be some deviations in the capacity results. Therefore, the storage capacity and operating capacity of the oil tank with high requirements need to be determined by volume calibration. Balance the difficulty.

1.Straight section: cross-sectional area x length.

2.Hemispherical head v = cubic of diameter 12

3.The oval head volume is 1 of the hemispherical head volume 2 horizontal tank volume = straight cylinder section volume + head volume x2

Summary. Horizontal water storage round tank volume calculation experience formula Hello dear, the volume of the barrel = the square height of the inner radius of the barrel! Volume = ( r ) * hr is the radius of the base area, h is the height, note:

Remove the wall thickness when calculating r! Calculation formula: Barrel radius high Origin of the formula:

A barrel can be seen as a cylinder: Since the volume of the barrel = the height of the base area and the area of the base = the radius of the circle, the volume of the barrel = the radius of the circle The circular cylinder is a geometry formed by taking the straight line where one side of the rectangle is located as the axis of rotation, and the other three sides rotate around the axis of rotation. Hope it helps.

Horizontal water storage round tank volume calculation experience formula Hello dear, the volume of the barrel = the square height of the inner radius of the barrel! Volume = ( R) *Hr is the radius of the base area, h is the height, note: the wall thickness should be removed when calculating R!

Calculation formula: Barrel radius high Origin of the formula: The barrel can be branched out to be as a cylinder

Since the volume of the barrel = the height of the base area and the area of the base = the radius of the circle, the volume of the barrel = the radius of the circle The circular cylinder is a geometry formed by taking the straight line where one side of the rectangle is located as the axis of rotation, and the other three sides rotate around the axis of rotation. Hope it helps.

The diameter of the round tank is 3 meters, the height is 8 meters, the length is 8 meters, and the liquid inside is high meters.

The diameter of the round tank is 3 meters, the height is 8 meters, the length is 8 meters, the liquid inside is high, how many square meters are the volume of the teasing content, the tank volume calculation formula diameter (mm) 1400 height head height * 2 head volume * 2 cylinder volume (mm) (mm) (m3) (m3) and empty tank volume (m3) Description: The height is including the head height. Head volume calculation formula diameter (mm) 1000 height (mm) 275 volume (m3) tank ** calculation formula diameter (mm) 1000 height (mm) 2000 thickness (mm) 6 plate ** (yuan ton) 18000 head ** cylinder ** (yuan) (yuan) 6507206 total price (yuan) 8506 description:

If you don't understand it, can you send out the solution formula?

The volume of a round tank is equal to the base area multiplied by the height, which is r h, where r is the radius of the bottom circle and h is the height. Origin of the formula: The round jar can be closed as a cylinder

Since the volume of the round tank = the bottom area is high, and the bottom area = the early diameter of the circle and half of the matter, the volume of the round tank = the radius of the circle is high.

Is the base area multiplied by the height and then multiplied by the length to be the volume?

Is the base area multiplied by the height and then multiplied by the length to be the volume? Hello dear, yes. Thank you!

The formula for the storage factor of the storage tank: v=. The tank medium is divided into liquid and gas.

Liquid is divided into liquid and liquefied. liquids such as gasoline and diesel; Liquefaction such as ammonia, chlorine, petroleum gas. There are strict regulations on the storage capacity of liquefied gas, such as LPG volume factor and weight factor.

Liquid is only a reference, such as gasoline according to the volume factor, liquid chemicals are flammable and non-flammable, and when they are put into storage tanks, they are called media. The tank medium is divided into liquid and gas.

Classify. Due to the different storage media, the forms of storage tanks are also varied.

Classification by location: It can be divided into above-ground storage tanks, underground storage tanks, semi-underground storage tanks, offshore storage tanks, submarine storage tanks, etc.

According to the classification of oil products: it can be divided into ** storage tank, fuel storage tank, lubricating oil tank, edible oil tank, fire water tank, etc.

Classification by use: It can be divided into production tanks, storage tanks, etc.

Classified by form: it can be divided into vertical storage tanks, horizontal storage tanks, etc.

Classified according to structure: it can be divided into fixed roof storage tank, floating roof storage tank, spherical storage tank, etc.

v=sh

Measure the length of the jar first, and the volume divided by the length is the circle area.

s = square of pier squared.

pie = so that the radius can be calculated. Multiply by two to get the diameter.