Holistic modelling approach for special concrete: from fresh- to hardened-state

Keywords: modelling, pervious concrete, fibre reinforced concrete, fresh-state, hardened-state

Abstract

In the construction industry, the design of dimensions and material properties is generally separated from the design of material composition and of the production processes used. Such divide is enabled by robust construction materials (like concrete) little affected by production processes if minimum precautionary measures are in place. The same does not hold true for special concrete types; whose higher sensibility compels a shift towards more comprehensive approaches that assimilate the production process in a holistic design. The design driven by integrated numerical simulations encompassing from production to the long-term performance is already ordinary in the manufacturing of plastic and metallic parts. Nevertheless, it remains an alien to the construction industry. The objective of this paper is to review existing studies that might underpin this holistic design approach in construction and show some of its capabilities. Advanced modelling strategies available to simulate the behaviour from the fresh- to the hardened-state are discussed for the cases of pervious concrete and fibre reinforced concrete. This approach provides a deeper insight about the material behaviour and aids to a new level of numerical optimisation of their compositions and production processes, unlocking a potential transformation of the modus operandi of the construction industry.

Author Biographies

Ana Blanco, Loughborough University

Lecturer at the School of Architecture, Building and Civil Engineering

Ricardo Pieralisi, Universidade Federal do Paraná

Associate Professor at Departamento de Construção Civil

Holistic modelling approach for special concrete: from fresh- to hardened-state
Published
2019-01-18
How to Cite
Cavalaro, S. H., Blanco, A. and Pieralisi, R. (2019) “Holistic modelling approach for special concrete: from fresh- to hardened-state”, RILEM Technical Letters, 30, pp. 84-90. doi: 10.21809/rilemtechlett.2018.67.
Section
Articles