Know how to find the weight of aluminum alloy volume

1m is to describe the length, 1 square meter is to describe the area, it makes no sense for you to ask like that.

1m of aluminum? If it is an aluminum alloy wire or a long bar, it is the result that you ignore its width and thickness and look at it as a one-dimensional result, while one square meter is suitable for describing a surface object with negligible thickness, such as an aluminum alloy plate.

To calculate the mass of an object, you need to know the density and size of the object. For a uniform strip, it is the linear density (the mass of the object per unit length) and the length, which are multiplied to give the mass. For surfaces of uniform thickness, it is important to know the areal density (the mass of the object per unit area) and the area.

For lumpy objects, the density (mass of the object per unit volume) is multiplied by the volume.

In the final analysis, the mass is related to the volume and density of the object, you first measure the diameter of the aluminum alloy wire with calipers, calculate its cross-sectional area s, and then measure the thickness of the aluminum alloy plate dIn this way, it is possible to calculate the mass of 1 square meter of aluminum alloy plate, which is equal to 340d s (unit g).

Alloy. Alloy. It is difficult to calculate the combination of many different metals in unequal quantities, because there are many types.

Start by taking a small piece of alloy, measure the density of the alloy with the help of a balance and a graduated cylinder, and then find the mass according to the volume.

I remember that it used to be written in junior high school books. Should be.

The weight of aluminum is calculated as follows:

1. Determine the length unit used for calculation, in meters;

2. Calculate the volume of the aluminum plate v=length, width and thickness.

3. Calculate the weight of the aluminum plate g = the specific gravity of the aluminum) v

4. For example: aluminum plate 1 1000 * 1000 to calculate the weight of this aluminum plate g = tons),.

The volume is multiplied by the density, the density of aluminum is about about that, and the irregular shape is recommended to be weighed.

It's hard to say, you're talking about aluminum, which is alloy! His specific gravity is very uncertain, and the proportion of other metals it contains must be calculated before the weight of the aluminum can be calculated.

Pure aluminum is a ton of cubic meters. Let's calculate according to the situation!!

Coefficient. Length times width (m) times thickness (mm) times factor.

The weight calculation formula: m = *v (m is the mass, is the density, v is the volume).

The density of aluminum plate ( ) of different alloys is different, and here we take 3mm*1000*2000 1060 aluminum plate (also known as pure aluminum plate) as an example.

The weight of this aluminum plate (m) = density) * 3 (thickness mm) * 1 (width m) * 2 (length m) = .

History of aluminum: The attempt to produce aluminium dates back to 1760. However, the first successful attempt was made in 1824 by the Danish physicist and chemist Hans Christian Osterd. He reacted anhydrous aluminum chloride with potassium amalgam to produce a piece of metal that looked similar to tin.

He presented his results and, in 1825, showed a sample of the new metal.

In 1827, the German chemist Friedrich Waller repeated the RSTED experiment, but no aluminum was found. (The reason for this inconsistency was only discovered in 1921.) He conducted a similar experiment in 1827, mixing anhydrous aluminum chloride with potassium to make aluminum powder.

In 1845, he was able to produce small pieces of metal and described some of the physical properties of this metal.

The volume of this aluminum plate is v=, so the mass of this aluminum plate is.

When buying aluminum, it is inevitable to calculate the purchase amount and cost, so how to calculate it, in the next article, we will introduce you to the volume and density of aluminum, the weight calculation of aluminum, the formula of conversion, the calculation of cost and other related knowledge points.

How to calculate the weight and cost of aluminum profiles Specific examples teach you simple algorithms.

1. The easiest way is to use a scale to weigh the weight of aluminum, provide training on the design of aluminum extrusion molds, and then multiply the weight by the unit price of aluminum, and then calculate the cost of aluminum.

The point is that sometimes customers give you drawings, not physical objects. If it is a drawing, you need to use the following method.

2. According to the drawing, calculate the volume of aluminum, the formula is: length (cm) * width (cm) * height (cm), find the volume of aluminum as n cubic centimeters, and then multiply by the density of aluminum grams cubic centimeters. The result is the weight of the aluminum, measured in grams.

This result is then converted to kilograms, that is, this result is multiplied by the last, and then this result is multiplied by the kilogram of the day of the aluminum**.

For a specific example, the customer requires the ** of an aluminum sheet, the length, width and height are: 10cm, 5cm, 3cm.

Then the volume is: 10 * 5 * 3 = 150 cubic centimeters, the weight is: 150 * grams, and the kilogram is replaced by: 405 * kilograms.

One: the easiest and fastest way to calculate the weight of aluminum when there is a physical object:

When there is a physical object: the easiest way is to use a scale to weigh the aluminum, and then, multiply the weight by the unit price of the aluminum, and then calculate the cost of aluminum.

Two: only the drawing when the method of quickly calculating the weight of aluminum:

The customer gives you a drawing, not a physical object, if it is a drawing, according to the drawing, calculate the volume of aluminum, the formula is: length (cm) * width (cm) * height (cm), find out the volume of aluminum is n cubic centimeters, and then multiply the density of aluminum: grams cubic centimeters, the result is the weight of aluminum.

The common formula for calculating the weight of aluminum is as follows:

The formula for calculating the weight of the aluminum bar (kg) = thickness, width and length.

Aluminum tube weight calculation formula (kg) = wall thickness (outer diameter - wall thickness) length.

Aluminum plate weight calculation formula (kg) = thickness, width, length.

Aluminum rod weight calculation formula (kg) = diameter diameter length.

The formula for calculating the weight of the square aluminum rod (kg) = side width side width length.

The formula for calculating the weight of the square copper rod (kg) = side width side width length.

The formula for calculating the weight of the square brass rod (kg) = side width side width length.

The weight of aluminum is calculated as follows:

1. Determine the length unit used for calculation, in meters;

2. Calculate the volume of the aluminum plate.

v = length, width, and thickness.

3. Calculate the weight of the aluminum plate.

g = specific gravity of aluminum) v

4. For example: aluminum plate 1 1000 * 1000 to calculate the weight of this aluminum plate g = tons),.

The volume of the aluminum sheet is.

The density of aluminum is:

g cm3 so the weight of aluminum m = v =

By the density formula: =m v

where is the density, m is the weight, and v is the volume.

There is no unit for the area you gave, and if the aluminum is not a pure aluminum material, the density is different, so the conditions you give are insufficient!

Hello. The calculation method of aluminum weight is as follows: 1. Determine the length unit used for calculation, which is measured in meters; 2. Calculate the volume of the aluminum plate v=length, width and thickness 3. Calculate the weight of the aluminum plate g = the specific gravity of the aluminum wheel) Punch delay v4, for example:

Aluminum plate 1 1000 * 1000 find the weight of this aluminum plate to calculate g = tons),.

The formula for calculating the weight of aluminum: m= *v (m is the mass, is the density, v is the volume). The density of pure aluminum ( = relatively small, about 1 3 of the iron of the slag shed.

However, the strength of pure aluminum is very low, and the b value in the annealed state is about 8kgf mm2, so it is not suitable as a structural material.

Aluminum is a commonly used metal material nowadays, and aluminum has a wide range of applications in daily life. The specific gravity of aluminum is gram cubic centimeters, much lighter than the specific gravity of iron, first of all, you must know the shape of the aluminum part if it is empty, and then calculate the volume, and finally the volume multiplied by the specific gravity is the weight.

Introduction to the chemical properties of aluminum

The chemical properties of aluminum are very reactive, and it has an affinity for oxygen.

It is very large, and it is easy to form an oxide film on the surface when exposed to air. This film is very dense and can protect the gold underneath from further corrosion, so the aluminum is very resistant to corrosion in the atmosphere.

Aluminum is resistant not only to the atmosphere and water, i.e. to concentrated sulfuric acid.

Lilic acid or all other organic acids have high corrosion resistance, but hydrochloric acid has a strong solubility for aluminum, alkali, ammonia and lime milk.

and other solutions can easily damage the alumina film, so it must be noted during storage and use that aluminum cannot be put together with these substances.

Aluminum has a low potential, is in contact with a metal with a high potential, and has an electrolyte.

When present, microbatteries are formed, and in this case, aluminum will quickly corrode, so it is necessary to avoid contact with high-potential metals when storing.

How to calculate the weight of aluminum alloy, such as 60 80 85, find a calculation formula.

To calculate the weight of the denier bond of an aluminum alloy, the mass formula m= v can be used; where m is the mass; for density; v is the volume; The density of the aluminum alloy is the volume of the aluminum alloy v = Changchang sail width and height, and the hail resistance v = 60 80 85 = 408cm 3 is calculated when brought in

The theoretical weight of aluminum alloy is calculated according to the actual density and volume, and the calculation formula is: theoretical weight = actual density (g cm) x volume (cm).

The calculation of the theoretical weight of aluminum alloy is calculated according to the actual density and volume, and the formula for calculating the high bureau is: theoretical weight = actual density (g cm) x volume (cm) Among them, the actual density of aluminum alloy is generally equal to the length (m) x width (m) x thickness (m), so after calculation, only the centimeter is needed as a unit to obtain the theoretical weight of the aluminum alloy, and the surface area of the aluminum material can be obtained through the actual density calculation. Therefore, when identifying the weight of aluminum alloy, it can be calculated according to the calculation formula of actual density and volume, so as to effectively improve work efficiency.

Summary of Aluminum Alloy Theory:

The theory of aluminum alloy refers to the study of the basic theories of physics, chemistry, structure, mechanics and other aspects of aluminum and its alloys. Aluminum alloy is a common metal material, which has the advantages of high strength, light weight, corrosion resistance, etc., and is widely used in aerospace, automotive, machinery and other fields. The purpose of the theoretical research of aluminum alloy is to gain an in-depth understanding of the properties, structure, properties and other characteristics of aluminum alloy, and to provide a theoretical basis for the design, preparation and application of materials, so as to further improve the performance and application range of aluminum alloy.

To calculate the weight of an aluminum alloy, the mass formula m= v can be used. In the formula, m is the mass; for density; v is the volume; The density of the aluminum alloy is the volume of the aluminum alloy v = length width and height, and the calculation is v = 60 80 85 = 408cm 3, so the weight of the aluminum alloy is =

Physical properties of aluminum alloy:

Aluminum alloy has low density, but relatively high strength, close to or more than high-quality steel, good plasticity, can be processed into various profiles, has excellent electrical conductivity, thermal conductivity and corrosion resistance, is widely used in industry, and the amount of use is second only to steel. Some aluminum alloys can be heat treated to obtain good mechanical properties, physical properties and slip corrosion resistance.

Duralumin alloy AI-Cu-MG system, generally containing a small amount of MN, can be strengthened by heat treatment, and it is characterized by high hardness, but poor plasticity. Superduralumin belongs to the Al-Cu-Mg-Zn system, which can be strengthened by heat treatment, and is the aluminum alloy with the highest strength at room temperature, but it has poor corrosion resistance and fast softening at high temperature. Forged aluminum alloy is mainly Al-Zn-Mg-Si alloy, although there are many types of elements, but the content is small, so it has excellent thermoplasticity and is suitable for forging, so it is also called forged aluminum alloy old Rangsan.

Product features: It is one of the light metal materials based on aluminum and adding a certain amount of other Heshi's metallogenization elements. In addition to the general characteristics of aluminum, aluminum alloys also have some specific characteristics of alloys due to the different types and quantities of alloying elements.

The density of aluminum alloy is that it has high strength (b is 110 650MPa), the specific strength is close to that of high alloy steel, the specific stiffness exceeds that of steel, it has good casting performance and plastic processing performance, good electrical and thermal conductivity, good corrosion resistance and weldability, and can be used as structural materials, and has a wide range of applications in aerospace, aviation, transportation, construction, electromechanical, light chemical and daily necessities. <>