Importance of Static Calculation in Scaffolding: Risks of Negligence

Introduction

In a significant part of scaffolding installations in industrial facilities, the approach of "We installed it like this before, we will install it the same way again" is still seen. However, cases we have observed on site personally show that a scaffold without static calculation means an uncontrolled risk.

Risks of Not Performing Static Calculation

Systems installed without calculation may appear to be "working" from the outside but harbor these hidden dangers:

• Risk of Collapse and Overturning: Load imbalance can lead to sudden collapses.
• Anchor Failures: Connections determined by eye-estimation can loosen under load.
• Ground Subsidence: When ground bearing capacity is not calculated, point pressure can tilt the scaffold.

Solution: Engineering-Based Installation

For a safe scaffolding system, static analysis is not an "option" but a legal and operational necessity.

1. Correct Load Distribution

Thanks to static calculation, loads are distributed balanced and overloading is prevented. This is the most basic step ensuring the stability of the system.

2. Optimized Connections

The number and placement of anchors are determined according to engineering data. This minimizes the risk of overturning.

Conclusion: Safety is Designed

In a professional project, scaffolding static calculation should be performed, tested, and inspected in accordance with EN 12811 standards. As Deta Industry, we offer engineering-approved static analyses as a standard in all our projects. To perform static calculations without errors in seconds and analyze your complex projects in a digital environment, you can benefit from our DetaPlan software.