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The construction of high-rise buildings has shown the need for very advanced techniques and special concrete for concreting structural elements (Bäant et al. (2008), Joseph and Kaufman (2017), Abdelrazaq et al. (2008)). The high strength of the materials used in this type of construction is aimed at reducing the cross-sections of the structural elements. The fact that high-strength concrete has interesting technological advantages; it could be used for slender buildings as well as for the construction of engineering structures.

Produktbeschreibung
The construction of high-rise buildings has shown the need for very advanced techniques and special concrete for concreting structural elements (Bäant et al. (2008), Joseph and Kaufman (2017), Abdelrazaq et al. (2008)). The high strength of the materials used in this type of construction is aimed at reducing the cross-sections of the structural elements. The fact that high-strength concrete has interesting technological advantages; it could be used for slender buildings as well as for the construction of engineering structures.
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Autorenporträt
Dr. Amar KASSOUL Professor aan de Universiteit Hassiba Benbouali - Chlef (Algerije). Hij geeft sinds 1997 les in rationele mechanica. Zijn onderzoeksdomein interesseert zich voor de buigzaamheid en het herstel van structuren in gewapend beton. Hij is teamleider in het laboratorium voor Structuren, Geotechniek en Risico's.