Calculation of weight and surface of circular channels

Calculation of weight and surface of circular channels

Developed which, with the insertion of a few data, allows the designer to immediately calculate the weight and square meters of circular ducting to be used or already present in the system - The repercussions on the calculation of the whole are evident.

This program was created by Itieffe to provide a hands-on, hands-on approach to determining the weight and surface area of ​​circular channels, an essential aspect in the design and evaluation of structures and systems in different sectors.

The calculation of the weight and surface area of ​​the channels plays a crucial role in understanding the distribution of air. This program will guide you through a precise and rapid calculation process, allowing you to obtain reliable results for use in your design and analysis activities and will greatly facilitate the calculation of the system from an economic point of view.

With the use of this program, we will explore several key points:

  1. Circular Channels Overview: We will start with an overview of the characteristics of the channels. We will be made aware of the diameter, surface area and weight per meter of this component depending on its size. This will give you the context you need to understand the importance of this calculation.
  2. Parameters and Variables: We will look at the factors that affect the weight and surface area of ​​the channels, including size, material thickness and other relevant parameters. You will learn how to identify and enter this data to get accurate results.
  3. Use of the Calculation Program: we will guide you in using our calculation tool, providing clear instructions on how to enter the necessary parameters and obtain the weight and surface area of ​​the ducts which are part of the desired system. Once you have acquired a little dexterity, the calculation will be very fast.
  4. Interpretation of Results: you will learn how to interpret the results obtained from the calculation program and how to use this information in your design, analysis and evaluation activities and above all it will allow you to carry out a complete computation of the materials involved.
  5. Practical Applications: we will use concrete examples to demonstrate the usefulness and practicality of calculating the weight and surface of channels in real scenarios.

We are confident that this calculation program will provide you with the tools you need to tackle the weight and surface area calculations of circular ducts efficiently and accurately. Whether you are an engineer, designer, technician or student, we invite you to explore this program and apply the knowledge you gain to enhance your understanding of the structures and systems in which circular channels are employed.

Circular channel weight and surface

Process which, with the insertion of a few data, allows the designer to immediately calculate the weight and the square meters of circular ducting to be used in a ducted air system.

It can also be used inversely to calculate the weights and surfaces to be insulated, in existing systems.

The repercussions on the computation of the system are evident (you can use the program: Estimative metric computation).

Instructions

1 - The first thing to do is to give the trunk its name.

2 - Enter the size of the diameter in millimeters (mm).

3 - Enter the length of the section in question in meters.

4 – here it is already possible to see how many square meters of ducting are needed for this section.

5 - Enter the thickness of the channel in tenths (for the size you can consult the dedicated elaborate: Thickness of ducts).

6 - Insert the expected scrap K (pure number indicating parts of channels that will be lost between brackets, bayonets etc.) which normally varies between 1,1 and 1,35.

7 - view the totals with which, by entering the unit amounts, the costs of the channels and the costs of any insulation can be inferred.

good job

Other free programs of the same kind offered by itieffe ▼

Calculation of weight and surface of circular channels

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