Fig. 1. Alkali activated reaction of the stabilized soil
Fig. 2. Making process of specimen (Mixed with soil and pile-filling material)
Fig. 3. Test result of uniaxial compression strength (Busan, W/B=70%)
Fig. 4. Test result of uniaxial compression strength (Busan, W/B=80%)
Fig. 5. Test result of uniaxial compression strength (Yeosu, W/B=70%)
Fig. 6. Test result of uniaxial compression strength (Yeosu, W/B=80%)
Fig. 7. Test result of uniaxial compression strength (Incheon, W/B=70%)
Fig. 9. Relationship between qu and γB (W/B=70%)
Fig. 8. Test result of uniaxial compression strength (Incheon, W/B=80%)
Fig. 10. Relationship between qu and γB (W/B=80%)
Table 1. Chemical constituents of materials
Table 2. Test result of fish toxicity test
Table 3. Physical properties of soil
Table 4. Mixing condition of materials
Table 5. Test result of uniaxial compression strength
참고문헌
- KS L 5405 (2016), "Fly Ash", Korea Standards Association.
- Lee, D. Y. (2017) "Improving Quality of High Volume Blast Furnace Slag Mortar by Desulfurized Gypsum Refining Methods and Substitution Ratios", Doctor Thesis, Cheongju University.
- Park, C. S. (2017), "Stability Improvement Effect of Quay Wall Foundation Ground using DCM Lift Injection Method", Doctor Thesis, Incheon National University.
- Seo. S. G., Kim, Y. S., Lim, Y. H and Cho, D. S. (2018), "Performance Evaluation of Pile-Filling Material using High Calcium Ash by Field Loading Test", Journal of the Korean Geotechnical Society, Vol.34, No.6, pp.17-24. https://doi.org/10.7843/KGS.2018.34.6.17
- Woo, Y. Y. (2015) "Characteristics and Evaluation of Circulating Fluidized Bed Boiler Ash", Doctor Thesis, Kunsan National University.