Additionally, steel is a material that does not conduct moisture and requires limited maintenance, which can lead to long-term cost savings.
For renovation, the components of the metal structures are prefabricated and assembled on site, reducing construction times by up to 50-60% compared to traditional masonry structures.
This type of construction is also advantageous in terms of anti-seismic safety, thanks to the lightness and flexibility of steel.
If the building has exposed parts or is at risk of infiltration, it is important to evaluate the correct treatment of the surface, such as galvanizing for the exterior and painting for the interior. Furthermore, the use of structural steel in building renovation is in line with modern recommendations for the consolidation of monuments and architectural assets.
For an effective renovation, it is advisable to consult an architect or engineer specialized in metal structures, as our company can be, equipped with a technical office made up of a team of professionals in the sector, who can evaluate the specific needs of the project and guarantee that all interventions comply with current regulations.
SUCCESSFUL PROJECTS
1. Edificius BIM: These are examples of projects created with the Edificius software, which show the versatility and potential of steel structures in various fields such as residential, tertiary, sports, public and tourist-accommodation buildings
2. Palazzo Pitagora, RM: multi-use residential building that replaced an existing building with a dry steel construction, demonstrating the advantages in terms of seismic behavior, energy saving and process optimization
3. Eceplast srl, Foggia: An industrial building project that used heavy carpentry metal structures with casings and dry infills and floors in a mixed steel-concrete structure
4. Residences Via Comune Antico, Milan: multi-storey residential buildings which highlighted the effectiveness of steel solutions in carrying out interventions aimed at achieving static safety or local strengthening
These projects demonstrate how steel structures can be successfully used in different contexts, offering sustainable and high-performance solutions.
The design of steel buildings involves several technical and practical challenges
1. Calculation of Stresses and Deformations: It is essential to correctly determine the stresses to which the structure will be subjected and how these will influence the deformations. This requires careful analysis and the use of advanced structural calculation software
2. Choice of Joints and Connections: The joints and connections between the various steel elements must be designed to guarantee maximum efficiency and safety. The choice depends on many factors, including loads, structure geometry and accessibility for maintenance
3. Corrosion Management: Steel is subject to corrosion, especially in humid or saline environments. It is necessary to provide adequate protective treatments, such as galvanizing or the application of protective paints
4. Seismic Safety: In seismic areas, such as Italy, it is crucial that steel structures are designed to resist seismic events. This involves the use of ductile steel and the design of energy dissipation systems
5. Efficient design to reduce costs: Design optimization is essential to reduce costs without compromising quality and safety. This may include choosing standardized profiles and minimizing material waste
6. Integration with Other Materials: Steel buildings often need to integrate with other materials, such as concrete or glass. This requires careful design to ensure optimal compatibility and performance
7. Compliance with regulations: The design must comply with current regulations, which include local, national and international regulations, such as Eurocode 3 for steel structures
CONTACT US for a consultation, our technical office will be at your complete disposal for any doubts and concerns, to help you in the right choice of materials to use, ready to be there for the entire design phase; our workers are craftsmen of the material.
Email: info@trackdesign.net
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