Jointless industrial floor using synthetic macro fibre-reinforced concrete: a Hungarian case study (2026)
Publications
01 October 2026

Jointless industrial floor using synthetic macro fibre-reinforced concrete: a Hungarian case study (2026)

This paper presents the design and construction process of the jointless industrial floor, with particular emphasis on the finite element modelling approach and the material parameters employed.

In jointless industrial floors, in addition to conventional service loads, structural behaviour is significantly influenced by tensile stresses induced by concrete shrinkage and by friction between the slab and the subgrade. At present, no generally accepted design guideline exists for the assessment of these effects, and current design practice relies largely on empirical recommendations.

Download
Related articles

You might be also interested

Fibre reinforced concrete calculations in…
Central European Congress on Concrete Engineering: Innovative Materials and Technologies for Concrete Structures (CCC2011) Balatonfüred, Hungary:…
Modified fracture energy method for fibre…
Fibre Concrete 2013: Technology, Design, Application (FC2013) Prague, Czech Republic: 2013.09.12 – 2013.09.13
The beginning: the tramway in Szeged (2014)
Innotéka. Tudomány, Innováció, Zöldgazdaság Vol. 4 (September 2014)