How to Make Scaffold Static Calculation

How to Make Scaffold Static Calculation

How is Scaffold Static Calculation Made?

What is Scaffolding Static Calculation?

Scaffolding Static Calculation: Basic Steps in Scaffolding Projects

Scaffolding static calculation is a basic process for calculating the bearing and carrying capacity of all types of scaffolding systems used in the construction industry. These calculations are critical for safety and contribute to the successful completion of construction projects. In this article, we will discuss in detail the steps on how to perform scaffolding static calculation.

What is Scaffolding Static Calculation?
Scaffolding static calculation is the general name of the calculations made to measure the durability and carrying capacity of a scaffolding system. These calculations are required for all types of scaffolding systems. In particular, manufacturers must perform these static calculations in order to obtain TS EN 12810-1 certificate in order to produce safe scaffolds. However, these calculations are of great importance not only for manufacturers but also for construction projects. Civil engineers ensure a safe construction process by making scaffolding static calculations specific to each project.

Steps of Scaffolding Static Calculation
The following steps are followed during the static calculation of scaffolding:

1- Determination of Scaffolding Type:

The first step is to determine a scaffolding type suitable for the requirements of the project. Since each project may have different needs, it is important to choose the right scaffolding type.

2- Creating the Scaffolding Layout Plan:

According to the scaffolding type determined, scaffolding layout plans are created for all facades. These plans determine where the scaffolding will be installed and how it will be positioned.

3- Data Supply:

The data required for static calculations are obtained from scaffolding manufacturer companies. These data include important information such as scaffold pipe diameters, wall thicknesses, product weights. Manufacturer companies prepare 'Product and Configuration Handbook' for TS EN 12810-1 safety scaffolding certificate required by TSE and this booklet facilitates the work of engineers.

4- Examination of Additional Information:

Civil engineers consider additional information such as dead loads, live loads, wind loads, dynamic loads, unexpected loads and the effects of net and tarpaulin coverings during static calculations. This information must be calculated according to the scaffolding system and is specified in TSE standards.

5- Examination of Standards:

Civil engineers have to examine TSE standards such as TS EN 12810-1, TS EN 12810-2, TS EN 12811-1, TS EN 12811-2. These standards contain the necessary guidelines and requirements for scaffolding calculations.

6-Making Static Calculations:

According to the prepared scaffolding layout plan, static calculations are made separately for each facade. These calculations determine the carrying capacity and durability of the scaffolding.

Result

Scaffolding static calculation is an indispensable step for the safety of construction projects. Choosing the right scaffolding type according to the specific needs of each project and performing static calculations meticulously are critical for occupational safety. Civil engineers can design a safe scaffolding project by obtaining the necessary information and following the standards. In this way, they contribute to the construction of safer and more robust structures in the construction industry.