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Optimization of Hybrid Cement Composite with Carbon Nanotubes and Nano Silica using Response Surface Design

Abstract
The most common choice for fitting a second order model in response surface methodology is the central composite design. The central composite response surface methodology had been selected in order to investigate the performance of the cement-based design mixtures incorporating Nano silica particles (NS) in combination with multi walled carbon Nano tubes (CNTs). The proposed evaluation of the uti...
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Keywords
Carbon nanotube
Composite number
Materials science
Cement
Response surface methodology
Nano-
Composite material
Central composite design
Carbon fibers
Nanotechnology
Chromatography
Chemistry


pdf file

Optimization of Hybrid Cement Composite with Carbon Nanotubes and Nano Silica using Response Surface Design
pdf file

Optimization of Hybrid Cement Composite with Carbon Nanotubes and Nano Silica using Response Surface Design

Abstract
The most common choice for fitting a second order model in response surface methodology is the central composite design. The central composite response surface methodology had been selected in order to investigate the performance of the cement-based design mixtures incorporating Nano silica particles (NS) in combination with multi walled carbon Nano tubes (CNTs). The proposed evaluation of the uti...
View PDF
Keywords
Carbon nanotube
Composite number
Materials science
Cement
Response surface methodology
Nano-
Composite material
Central composite design
Carbon fibers
Nanotechnology
Chromatography
Chemistry


pdf file