What is a cubic meter?
Cubic Meter Calculation is one of the most important issues in the logistics industry. Therefore, let’s first explain the definition of cubic meter.
One of the most used concepts in the field of transportation is cubic meter. So what exactly is a cubic meter? A cubic meter is a unit of volume measurement with all sides 1 meter long and equal to the volume of the cube.
It is briefly expressed as m3. To give a simpler explanation, it is the value resulting from the multiplication of width-length-height.
Cubic meters are used by transportation, cargo and courier companies when calculating the cost of a product or load.
How to Calculate Cubic Meters?
The question of how to calculate cubic meters is one of the important issues for both service providers and service recipients. At this point, there are many different packaging types in the transportation industry. Therefore, the cubic meter calculation also differs:
- When calculating the cubic meter of cylindrical products, the result is obtained by multiplying the diameter and length.
- The result is obtained by multiplying the width x length x height dimensions of box-shaped products.
During transportation, shipments are first weighed and their weight is determined in kg. Then, the cubic meter, or volume, of the shipment is calculated. Especially in large-sized shipments, cubic meters of the parcels are taken into account instead of their weight.
Because even if the product does not weigh, the fact that it takes up too much space affects the number of boxes.
Cubic Meter Calculation Formula
The term cubic meter means volumetric weight. To calculate cubic meters, information such as width, length, height and weight of the loads is required. As a result of these values, the cubic meter calculation is made and the cubic meter calculation gives us the volume.
Let’s explain it again by giving an example.
Let’s say the width of an item is 50 cm, the length of the item is 80 cm, and the height of the item is 60 cm. We will multiply this information together and find the volume as a result. Let’s put it into the formula and then do the operation.
Formula:
Width of the load x Length of the load x Height of the load = Volume of the load
Let’s solve this formula by processing it and find the result.
Action taken as a result of the formula:
50 x 80 x 60 = 240 m³.
This is how cubic meters are calculated. As we showed above, we completed the cubic meter calculation process with the formula and the action taken as a result of the formula. It has a total of 240 m3.
Cubic Meter Calculation
| Paint quantity calculation | cm³ = 0,000.001 m³ = 1 Milliliter – (mL) |
| Residential cubic meter calculation | 1 dm³ = 0.001 m³ = 1 Liter – (L) |
| Desi calculation | 1 dam³ = 1.000 m³ = 1 Megalitre – (ML) |
| Building sheathing calculation | 1 hm³ = 1,000,000 m³ = 1 Gigalitre – (GL) |
How many square meters is 1 cubic meter?
There is an intense search for how many square meters is 1 cubic meter. First of all, cubic meter is a unit of volume measurement. Square meter is the unit of measurement of area.
Therefore, they cannot be directly translated into each other. However, there is a need from time to time in different areas. For example, in residential buildings there is a great need to convert from cubic meters to square metres.
When converting cubic meters to square meters in residences, the volume of the house is divided by the ceiling height. For example, let’s assume that the ceiling height of a house with a volume of 200 cubic meters is 2.5 m.
When converting the cubic meter unit of this house to square meters, we can obtain the square meter result by doing the process as 200 / 2.5 = 80.
The detail that needs to be taken into consideration here is that three dimensions are needed to calculate cubic meters. For this reason, the cubic meter square meter calculation of objects or areas with height can be made.
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Cubic Meter Units and Conversion
Cubic meter is a volumetric calculation method and the volume detail is expressed in cubic metres. The volume measurement unit with all cubic meter sides being 1 m long and equal to the volume of the cube is called cubic meter.
To put it simply, the value obtained by multiplying the width, length and height values is cubic meters. Cubic meter units and conversion are of great interest because they are used in many different fields, especially in the field of transportation and logistics.
The most basic issue about calculating with cubic meters is that for an object or object to have a cubic meter, it must be three-dimensional. In other words, the object must be able to occupy space in space with its width, length and height. There are other units of cubic meters, not only in transportation but also in daily life.
How are transactions carried out?
How to calculate volume? These operations can be done with different volume measurement units. The main units of measurement are:
- cubic metre,
- cubic decimeter,
- cubic centimeter,
- Cubic millimeter.
We can exemplify the process detail on an object whose side is 1 cubic meter. We calculate the volume of this cube as 1 x 1 x 1 = 1.
To express an object with a side of 1 cubic meter in other units of volume measurement, 1 meter is equal to 10 decimeters.
In other words, the result of the above process is 1000 cubic decimeters. Again, 1 meter is equal to 100 centimeters. When this is calculated in cubes, we get the result 1000000 cubic centimeters.
Therefore, 1 cubic meter = 1,000 cubic decimeters = 1,000,000 cubic centimeters. The ordering from largest to smallest is cubic metre, cubic decimetre, cubic centimetre, cubic millimetre.
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Volumetric Weight Calculation
When carrying out logistics activities by road or air, the transportation price is determined by calculating the volumetric weight.
Extreme care must be taken in the calculations and the cost must be determined by giving clear information to the customers. In international logistics applications, the DIM factor is preferred when calculating volumetric weight.
Although the value of the DIM factor may vary between companies, it is accepted as 3000 in Turkey.
The cubic meter calculation formula is used in volumetric weight calculations. Accordingly, when calculating the volumetric weight of a cargo weighing 60 cm and 15 kg, the formula 60 x 60 x 60 / 3 is used.
The result is taken as basis. The divided 3 here is due to the fact that the DIM factor is accepted as 3000, and if the DIM value is accepted as 5000, it will be calculated as / 5.
Air Cargo Volume Calculation
It is considered one of the fastest and safest applications in the field of air cargo logistics. For this reason, it is used more and more day by day. However, the cost is higher than other cargoes.
As in the entire field of logistics, volume calculations are made in air cargo and the volumetric weight is first found during air cargo volume calculation.
Volumetric weight calculation is extremely important to determine the transportation cost.
In general, volumetric weight is accepted as 167 kg in air cargo applications.
In applications, the volume of the cargo is more important than its weight. Along with the volume, issues such as the size of the material, the cost weight of the material, whether the materials can be stacked or not should be taken into consideration. Extra volume weight is determined for materials that cannot be stacked.
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Air Cargo Volumetric Weight Calculation
Four steps are used in air cargo volumetric weight calculation applications. These are gross weight, cargo volume, volumetric weight, basic fee weight.
For example, let’s say the quantity of cargo we have is 10. The size of each one is 60 x 40 x 40. Let its weight be 15 kg. First of all, it should be checked whether this shipment is included in volume cargo. Then the charge weight must be found.
When calculating the volume measurement, normal weight is found as: 100 x 15 = 1500 kg. Volume weight: 100 x 40 x 60 x 40 = 9.6000.000 / 6.000 = 1600 kg. Volume weight is larger than normal weight. Therefore, the volume weight will be the charge weight of the material.
Container Cubic Meter Calculation
In transportation, the volume of the load to be transported is also very important along with the weight. This issue should be taken into consideration when making calculations. Now let us show you how to calculate the volume of the cargo to be transported.
When calculating, we always enter the number of crates, parcels or pallets and their dimensions in centimeters.
We have 3 pallets with a width of 80 cm, a length of 120 cm and a height of 100 cm. The volume calculation formula for this cargo is as follows;
(Width x Length x Height / 1,000,000) x Quantity When we show it in numbers;
It is (80 x 120 x 100 / 1,000,000) x 3. As a result of this process, we find the Volume as 2.88.
Container Volume Calculation
Container is one of the most used transportation equipment in logistics activities. With container volume calculation, it is learned how many packages, how many boxes or how many pallets can be placed in a container.
Containers produced according to certain standards can be used in cargo transportation for 10 – 15 years. There are two types: 40′ and 20′ containers.
When calculating how many pallets will fit into a 20′ container, the standard pallet size is accepted as 1000 mm x 120 mm. Its internal volume is 2352 mm x 5900 mm. Accordingly, 10 packages can fit into a 20-foot container.
Concrete Cubic Meter Calculation
Concrete cubic meter calculation is made by volume calculation using all axes. When calculating concrete, we multiply all the axes and as a result we obtain the volume of concrete. To give a mathematical example, let’s consider a slab with a thickness of 20 cm and side lengths of 30 m and 6 m. What we need to do is multiply these three.
0.20 x 30 x 6 = 36m³.
The mathematical calculation of concrete cubic meters is as in the formula above.
The reason why we write 20 cm thickness as 0.20 is that the centimeter length is one step lower than the meter length. If the thickness was given in meters, we would use 20 instead of 0.20.
Timber Cubic Meter Calculation
One area where cubic meter calculation is carried out is timber. When lumber is sold, it is cut and sold in cubic metres.
In order for this sales transaction to take place, cubic meter calculations are made. A cubic meter is the volume of a cube with a side length of 1 meter.
A cubic meter is the volume of a cube with a side length of 1 meter. The cubic meter calculation is calculated by multiplying the width, length and height in meters.
The volume of 1 cubic meter of timber is calculated as thickness x width, x length, x quantity.
For example;
Width: 20cm
Thickness: 3.5cm
Length: 200cm
1m3 = 1000dm3
With the formula of thickness x width x length, 15×2.6×300 = 15.6 dm3
Construction Cubic Meter Calculation
cubic meter It is expressed as m3 and is defined as the volume of a cube with a side length of 1 meter. Cubic meter calculation can be done in different ways in many different areas. One of the sectors where it is most used is construction, and the construction cubic meter calculation is obtained by multiplying the length, width and height in meters.
What we call cubic meters is actually a volume calculation. In the construction industry, cubic meter calculation is used in calculating concrete volume, aerated concrete calculation, and excavation measurements.
Additionally, net or gross cubic meters are calculated for a purchased house. The calculation of the surface area covered by a balcony, room or any object is made according to the cubic meter calculation.
Again, cubic meters are used in volume calculations for cargo shipments.
Shipping Cubic Meter Calculation
Cubic meter means volumetric weight and is one of the most used calculations, especially in the transportation industry.
When calculating cubic meters of transportation, information such as width, length, height and weight of the loads is needed. Once these values are obtained, cubic meters are calculated and the resulting cubic meters give us the volume.
When calculating cubic meters in the transportation industry, the calculation is made as Width X Length X Height of the goods. For example, 100 X 100
Cubic meter calculation is frequently used when choosing the appropriate vehicle for the goods to be transported or in transportation types such as partial transportation, where partial loads are carried with a single vehicle.
You can make your calculation with all this information or contact our customer service to have the calculation done.
Cubic Meter Cubic Hectometer Calculation
Cubic Meter is one of the units of volume derived by the International System of Units… It is equal to the volume of a cube with a side length of one meter. Its name used in some professions is ‘Metric Sample Ster’. Alternatively, “Kilolitre” can also be used.
The volume measure of one cubic meter is 1m³. The volume of a cubic hectometer is 1,000,000m³. As we can see from here, 1 cubic hectometer is exactly 1 million times more than 1 cubic meter. If we were to define this mathematically and put it into action:
1m³ = 100 In order to find the connection between the cubic hectometer and the cubic hectometer, which is 1 million times larger, and to make the conversion, it is necessary to multiply the cubic meter by 1 million. When we continue mathematically;
106 of 1m³ should be taken.
Desi Cubic Meter Calculation
Desi cubic meter calculation is another concept that we encounter in the transportation sector. First of all, desi is a word that comes to the fore in transportation such as cargo and transportation and means volumetric weight.
The weight obtained by multiplying the 3 dimensions of any parcel, package or object in cm and dividing by 3000 is called desi.
In desi calculation, the 3 dimensions of the object are:
- Most,
- Size,
- Height.
The size of an object is found by multiplying the width, length and height of that object in cm and dividing the result by 3,000. In other words, cubic meters are calculated as Width x Length x Height / 3000.
Cubic Meter Desi Conversion
There may be a frequent need to convert cubic metres. In this case, 1 cubic meter equals 1000 dm3. 1 deci equals 0.001 m3.
The cubic meter conversion formula can be used in many different sectors and thus the area calculation, the space requirement for the goods or the material requirement to be used can be determined.