| Title |
A Study on Absorption Properties against the Frying-salinity in Surface Finishing Materials |
| Authors |
Oh Sang-Gyun ; Kim Hyun-Jeong |
| Keywords |
Finishing Material ; Flying-Salinity ; Surface Chloride Amount ; Potentiometric Titration |
| Abstract |
This paper presents properties of the surface finishing materials in marine environment. Concrete structures in marine environment are directly affected by the salt damages. Particularly, chloride penetration is decided by the diffusion coefficient and surface chloride amount but there is hardly any study about this. Therefore, this study estimated the surface chloride amount by the flying-salinity measuring model and reappeared the loss rate of the surface chloride by spraying a water. As a results of this study, absorption of granite and tile are lower than mortar, water repellent, water paint. A resistance property against the flying-salinity is changed by the sort of surface finishing materials and it differently affects concrete structures. In the future, if this data is used as boundary condition when predicting the durability of structures, it is expected to gain a reliable data. |