Structural Health Monitoring using Carbon Fibre Reinforced Concrete - Kumar, Cholker Arvind;Narasimha Reddy, Panga;Kavyateja, Bode Venkata
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After this first set of elastic experiments, the same specimens were gradually loaded in UTM until material's failure to determine damage sensing ability of the self-sensing concrete. All specimens with fibers showed initially decreasing resistance upon compression, but on increasing the compressive load the resistance also increased. The increase in resistance was gradual upto 75% of the fracture stress, but it was abrupt and quite linear for stresses beyond this range (i.e., above 75% of fracture stress). Thus, among the concrete mixes containing variable percentages of carbon fibres, the…mehr

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Produktbeschreibung
After this first set of elastic experiments, the same specimens were gradually loaded in UTM until material's failure to determine damage sensing ability of the self-sensing concrete. All specimens with fibers showed initially decreasing resistance upon compression, but on increasing the compressive load the resistance also increased. The increase in resistance was gradual upto 75% of the fracture stress, but it was abrupt and quite linear for stresses beyond this range (i.e., above 75% of fracture stress). Thus, among the concrete mixes containing variable percentages of carbon fibres, the ones having fibre percentage greater than 1.5 were most attractive, as they exhibited a combination of linearity (between resistivity and stress) and large fractional resistivity increase.
Autorenporträt
Herr Cholker Arvind Kumar promoviert derzeit am National Institute of Technology, Srinagar (Jammu & Kashmir). Er erhielt seinen B.Tech (Bauingenieurwesen) und M.Tech (Hochbau) von der Jawaharlal Nehru Technological University. Er hat eine Reihe von Forschungsartikeln in renommierten Fachzeitschriften veröffentlicht.