Structural design of industrial floors

Our core competence lies in the design of industrial concrete floors reinforced with steel-fibres or combined reinforcement. We plan, design and optimise by making use of sophisticated calculation methods and tailor-made software solutions. This way we can ensure an efficient consultancy and a smooth project execution.

Service overview
  • Non-linear design methodology for industrial floors
  • Non-linear modelling of subbase-condition
  • Realistic rotation and deformation calculations
  • Jointless, seamless and pile supported industrial floors
  • Fluid tight floors
  • Seamless post-tensioned floors
  • Clad Rack foundations
Our mission

We use our history and years of experience with SFRC to enable our clients an economical, sustainable and practical use of SFRC and combined reinforcement in accordance with the national codes and standards.

Project examples

35
Zentrallager – WAGO
 2023
Waldstraße 1, 99706 Sondershausen

In Sondershausen, a foundation slab was constructed in combined reinforcement. The foundation slab is divided into 3 areas: HRL, AKL and Shuttle. For each area, the deformations in the ULS (Ultimate Limit State) should be limited. For example, the angle of twist in the HRL area must not exceed α = 0.5 mrad at any point of the floor slab. The maximum permissible local vertical deformation up to a length of 3 m is limited to 1/2,500.
The exact rotation determination was carried out using non-linear calculation methods.
12
Louis Krages Logistikpark
 2021 — 2023
Bremen

Approx. 70,000 m² of jointless industrial floor with a thickness of 22 cm.

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Falconix Engineering GmbH
Siemensstraße 24
61267 Neu-Anspach
Germany