Shear characteristics and asymptotic state of loess under multiple drainage conditions and various consolidation states

Key Points

• Loess shows distinct shear characteristics influenced by changing drainage conditions, highlighting the material's response under varying moisture levels.
• Key evidence reveals that different consolidation states significantly affect the asymptotic state of loess, impacting its overall stability.
• Observational analysis across various drainage conditions and consolidation states identifies the relationship between these factors and shear behavior.
• This work signifies the importance of understanding loess behavior for better construction and earthworks in similar environments.