Construction
In this category, we address technical and industrial construction with emphasis on energy performance, structural systems and building-integrated technologies. We examine the design and execution of production facilities, logistics centers, commercial buildings and infrastructure projects, considering structural loads, fire protection standards and performance-based building requirements.
We publish content on advanced construction materials, insulation systems, airtightness, life-cycle cost analysis and integration of HVAC, electrical and building management systems. Regulatory compliance, durability, thermal performance and operational efficiency are treated as core technical parameters in the evaluation of modern industrial buildings.
Exposure classes and concrete durability according to EN 206
Exposure classes and concrete durability under EN 206 are not a side issue or a formal add-on to the mix...
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EN 1990 – Basis of structural design
EN 1990 is not the Eurocode for reinforced concrete, steel, or timber. It is the base standard that sets the...
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EN 1993-1-1 – Design of steel structures in accordance with Eurocode 3
EN 1993-1-1 is the main general part of Eurocode 3 for the design of steel structures. It sets out the...
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A building’s airtightness and energy balance
A building’s airtightness is not merely an add-on to insulation, but one of the key factors that actually determine energy...
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Thermal bridges in commercial and office buildings
Thermal bridges in commercial and office buildings are not a minor issue. In buildings with large façade areas, complex structural...
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