Mechanical Performance and Microscopic Mechanisms of Silty Clay Solidified by CaO-MgO Activated Ground Granulated Blast Furnace Slag

Abstract

AbstractOffshore wind turbine foundations usually experience long-term scouring erosion in marine environments. Nowadays, fluidized solidified soil serves as an effective scour protection method, especially for soft soil solidification. This study ...Practical ApplicationsThis study demonstrates that CaO-MgO activated ground granulated blast furnace slag (GGBS) effectively solidified silty clay for offshore wind turbine scour protection, offering satisfactory strength (226% unconfined compressive ...