|Author||Mironova, M. ♦ Ivanova, M. ♦ Naidenov, V. ♦ Georgiev, I. ♦ Stary, J.|
|Source||United States Department of Energy Office of Scientific and Technical Information|
|Subject Keyword||ENGINEERING ♦ CEMENTS ♦ COMPACTING ♦ COMPUTERIZED TOMOGRAPHY ♦ DEFORMATION ♦ DUCTILITY ♦ FIBERS ♦ MANUFACTURING ♦ MECHANICAL EFFICIENCY ♦ MICROSTRUCTURE ♦ REINFORCED CONCRETE ♦ STEELS|
|Abstract||Incorporation in concrete composition of steel macro- and micro – fiber reinforcement with structural function increases the degree of ductility of typically brittle cement-containing composites, which in some cases can replace completely or partially conventional steel reinforcement in the form of rods and meshes. Thus, that can reduce manufacturing, detailing and placement of conventional reinforcement, which enhances productivity and economic efficiency of the building process. In this paper, six fiber-reinforced with different amounts of steel fiber cement-containing self-compacting compositions are investigated. The results of some of their main strength-deformation characteristics are presented. Advance approach for the study of structural and material properties of these type composites is proposed by using the methods of industrial computed tomography. The obtained original tomography results about the microstructure and characteristics of individual structural components make it possible to analyze the effective macro-characteristics of the studied composites. The resulting analytical data are relevant for the purposes of multi-dimensional modeling of these systems. Multifactor structure-mechanical analysis of the obtained with different methods original scientific results is proposed. It is presented a conclusion of the capabilities and effectiveness of complex analysis in the studies to characterize the properties of self-compacting fiber-reinforced concrete.|
|Learning Resource Type||Article|
|Publisher Place||United States|
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