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http://dx.doi.org/10.12925/jkocs.2017.34.1.125

A Study on Monte Carlo Simulation in Resin of New Austria Tunnel Method by admixture for Shrinkage Compensating Concrete  

Kim, Ki-Jun (Dep. of Chemical Eng., Daejin Uni.)
Sung, Wan-Mo (Dep. of Chemical Eng., Daejin Uni.)
Kim, Joo-Han (Dep. of Chemical Eng., Daejin Uni.)
Jung, Hyung-Hak (Dep. of Chemical Eng., Daejin Uni.)
Publication Information
Journal of the Korean Applied Science and Technology / v.34, no.1, 2017 , pp. 125-131 More about this Journal
Abstract
The influences of scatterer and absorber in turbid material by light scattering in concrete admixture were interpreted for the scattered intensity and wavelength. The molecular properties have been studied by Monte Carlo simulation in resin of New Austria Tunnel Method. It has been found that the effects of optical properties in scattering media could be investigated by the optical parameters(${\mu}_s$, ${\mu}_a$,${\mu}_t$). Monte Carlo Simulation method for modelling of light transport in the civil engineering and construction field was applied. The results using a phantom were discussed that the admixture for shrinkage compensating concrete in NATM-rasin from source to detector is measured, and scattering intensity is stronger with those obtained through Monte Carlo Simulation. It may also aid in designing the best model for coatings and corrosion for the durability of metal constructions.
Keywords
scattering; absorber; optical parameters; Monte Carlo Simulation; corrosion; admixture;
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