Detail publikace

INFLUENCE OF HIGH STRENGTH POLYPROPYLENE FIBRES ON MECHANICAL PROPERTIES OF LIGHTWEIGHT COMPOSITES

KUCHARCZYKOVÁ, B. KERŠNER, Z. PLŠKOVÁ, I. ADÁMEK, J.

Originální název

INFLUENCE OF HIGH STRENGTH POLYPROPYLENE FIBRES ON MECHANICAL PROPERTIES OF LIGHTWEIGHT COMPOSITES

Anglický název

INFLUENCE OF HIGH STRENGTH POLYPROPYLENE FIBRES ON MECHANICAL PROPERTIES OF LIGHTWEIGHT COMPOSITES

Jazyk

en

Originální abstrakt

Experimental work has been focused especially on the dependence of the moduli of both elasticity and deformability on the loading level up to tested body failure. The origin and development of cracks in fibre-concretes after reaching a post-critical state has been monitored, and residual strain at steady-state values of deflection has been determined. The values of static and dynamic moduli of elasticity, compression strength and splitting tensile strength have been compared. The fracture experiments have been aimed towards the determination and comparison of the fracture parameters of a composite both with and without fibres.

Anglický abstrakt

Experimental work has been focused especially on the dependence of the moduli of both elasticity and deformability on the loading level up to tested body failure. The origin and development of cracks in fibre-concretes after reaching a post-critical state has been monitored, and residual strain at steady-state values of deflection has been determined. The values of static and dynamic moduli of elasticity, compression strength and splitting tensile strength have been compared. The fracture experiments have been aimed towards the determination and comparison of the fracture parameters of a composite both with and without fibres.

Dokumenty

BibTex 


@inproceedings{BUT25264,
  author="Barbara {Kucharczyková} and Zbyněk {Keršner} and Iveta {Plšková} and Jiří {Adámek}",
  title="INFLUENCE OF HIGH STRENGTH POLYPROPYLENE FIBRES ON MECHANICAL PROPERTIES OF LIGHTWEIGHT COMPOSITES",
  annote="Experimental work has been focused especially on the dependence of the moduli of both elasticity and deformability on the loading level up to tested body failure. The origin and development of cracks in fibre-concretes after reaching a post-critical state has been monitored, and residual strain at steady-state values of deflection has been determined. The values of static and dynamic moduli of elasticity, compression strength and splitting tensile strength have been compared. The fracture experiments have been aimed towards the determination and comparison of the fracture parameters of a composite both with and without fibres.",
  booktitle="Sborník konference MATBUD 2007",
  chapter="25264",
  edition="sekcja poligrafii Politechniki Krakowskiej",
  year="2007",
  month="june",
  pages="282--288",
  type="conference paper"
}