Designing steel structures is a process that requires not only technical knowledge but also experience, knowledge of industry standards, and a practical approach. Even minor mistakes during the design phase can lead to serious problems during implementation, and in the worst-case scenario, to the risk of structural failure.
At PROintech, we have been designing steel structures for industry for years, so we know exactly where errors most often occur—and how to avoid them.
Lack of thorough analysis of the structure’s operating conditions
One of the most common mistakes is failing to consider the specifics of the environment in which the structure will be used. Temperature, humidity, exposure to chemicals, and intensity of use all influence the choice of material and construction technology.
How do we address this?
We always begin with an analysis of the operating conditions—during the technical brief, we ask about everything that might affect the durability and safety of the structure.
Underestimating loads
The design must consider not only permanent loads (e.g., the structure’s own weight) but also variable loads—such as machine movement, vibration, dynamic forces, and climatic loads. An error in estimation can result in excessive deflection, cracking, or even structural collapse.
How do we solve this?
We use advanced calculation programs and collaborate with experienced designers who analyze all load scenarios, including emergency ones.
Suboptimal structural geometry
Sometimes a structure is oversized (too heavy and expensive), and sometimes it fails to meet basic stability requirements. Poorly designed joints, excessively long spans, and lack of adequate stiffening are common problems.
How do we solve this?
Our structures are optimized for strength, cost, and ease of assembly. We use FEM analysis (finite element method) and test various solution options during the design phase.
Omitting assembly and maintenance issues
A design must be not only durable but also feasible. Structures that are difficult to transport, assemble, or service generate unnecessary costs and delays.
How do we solve this?
We think both design-wise and practically. We consider component availability, assembly time, disassembly options, and potential service needs. Upon client request, we also design modular versions.
Incomplete Technical Documentation
Lack of legible drawings, unclear material markings, or inconsistent dimensions pose a serious risk to contractors. Documentation errors result in downtime and complaints.
How do we address this?
We deliver every project with complete workshop, assembly, and material documentation—compliant with applicable standards. We conduct internal quality checks on the documentation before it is issued to the client.
Summary
Designing steel structures is not just about mathematics and CAD. It’s a complex process in which experience, communication, and attention to detail are key. At PROintech, we prioritize quality, precision, and a practical approach—which is why we have been implementing complex industrial projects for years, ensuring safe and reliable operation.
Designing steel structures is more than just CAD and calculations. At PROintech, we know how to avoid mistakes—from poor analysis of working conditions to illegible documentation. We focus on quality, experience, and a practical approach. #steel #structures #engineering #B2B