Topics in cement and concrete research

Jos Brouwers

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Abstract

The present paper addresses several topics in regard to the sustainable design and use of concrete. First, major features concerning the sustainable aspects of the material concrete are summarised. Then the major constituent, from an environmental point of view, cement is discussed in detail, particularly the hydration and application of slag cement. The intelligent combining of mineral oxides, which are found in clinker, slag, fly ashes etc., is designated as mineral oxide engineering. It results among others in environmentally friendly binders, recipes for soil stabilisation (new building products), and impermeable/durable concretes. Subsequently, the mix design of concrete is treated, whereby distinction is made between self-compacting concrete and earth-moist concrete. By combining the particle sizes of all components, so including the powders (cement, fillers), optimum mixes in regard to workability/compactability and hardened state properties are obtained. This so-called particle size engineering results in concretes that meet all technical requirements, but that also make optimum use of the cement it is containing. This paper concludes with summarizing the opportunities and challenges involved with the introduction of both approaches, viz. mineral oxide engineering and particle size engineering, in the construction industry.
Original languageUndefined
Title of host publicationProceedings Concrete Platform 2007, Belfast, 19-20th April 2007
EditorsM.I. Russel, P.A.M. Basheer
Place of Publicationbelfast, United Kingdom
PublisherQueen's University of Belfast
Pages535-552
Number of pages18
Publication statusPublished - 19 Apr 2007

Keywords

  • METIS-246557
  • EC Grant Agreement nr.: FP6/515762
  • IR-58005

Cite this

Brouwers, J. (2007). Topics in cement and concrete research. In M. I. Russel, & P. A. M. Basheer (Eds.), Proceedings Concrete Platform 2007, Belfast, 19-20th April 2007 (pp. 535-552). belfast, United Kingdom: Queen's University of Belfast.
Brouwers, Jos. / Topics in cement and concrete research. Proceedings Concrete Platform 2007, Belfast, 19-20th April 2007. editor / M.I. Russel ; P.A.M. Basheer. belfast, United Kingdom : Queen's University of Belfast, 2007. pp. 535-552
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Brouwers, J 2007, Topics in cement and concrete research. in MI Russel & PAM Basheer (eds), Proceedings Concrete Platform 2007, Belfast, 19-20th April 2007. Queen's University of Belfast, belfast, United Kingdom, pp. 535-552.

Topics in cement and concrete research. / Brouwers, Jos.

Proceedings Concrete Platform 2007, Belfast, 19-20th April 2007. ed. / M.I. Russel; P.A.M. Basheer. belfast, United Kingdom : Queen's University of Belfast, 2007. p. 535-552.

Research output: Chapter in Book/Report/Conference proceedingConference contributionAcademicpeer-review

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N2 - The present paper addresses several topics in regard to the sustainable design and use of concrete. First, major features concerning the sustainable aspects of the material concrete are summarised. Then the major constituent, from an environmental point of view, cement is discussed in detail, particularly the hydration and application of slag cement. The intelligent combining of mineral oxides, which are found in clinker, slag, fly ashes etc., is designated as mineral oxide engineering. It results among others in environmentally friendly binders, recipes for soil stabilisation (new building products), and impermeable/durable concretes. Subsequently, the mix design of concrete is treated, whereby distinction is made between self-compacting concrete and earth-moist concrete. By combining the particle sizes of all components, so including the powders (cement, fillers), optimum mixes in regard to workability/compactability and hardened state properties are obtained. This so-called particle size engineering results in concretes that meet all technical requirements, but that also make optimum use of the cement it is containing. This paper concludes with summarizing the opportunities and challenges involved with the introduction of both approaches, viz. mineral oxide engineering and particle size engineering, in the construction industry.

AB - The present paper addresses several topics in regard to the sustainable design and use of concrete. First, major features concerning the sustainable aspects of the material concrete are summarised. Then the major constituent, from an environmental point of view, cement is discussed in detail, particularly the hydration and application of slag cement. The intelligent combining of mineral oxides, which are found in clinker, slag, fly ashes etc., is designated as mineral oxide engineering. It results among others in environmentally friendly binders, recipes for soil stabilisation (new building products), and impermeable/durable concretes. Subsequently, the mix design of concrete is treated, whereby distinction is made between self-compacting concrete and earth-moist concrete. By combining the particle sizes of all components, so including the powders (cement, fillers), optimum mixes in regard to workability/compactability and hardened state properties are obtained. This so-called particle size engineering results in concretes that meet all technical requirements, but that also make optimum use of the cement it is containing. This paper concludes with summarizing the opportunities and challenges involved with the introduction of both approaches, viz. mineral oxide engineering and particle size engineering, in the construction industry.

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Brouwers J. Topics in cement and concrete research. In Russel MI, Basheer PAM, editors, Proceedings Concrete Platform 2007, Belfast, 19-20th April 2007. belfast, United Kingdom: Queen's University of Belfast. 2007. p. 535-552