Large-amplitude oscillatory shear maps four strain markers in loess mudflows, linking water content and loading frequency to the progression from linear response to nonlinear yielding and fluid-like behavior. (IMAGE)

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Large-amplitude oscillatory shear maps four strain markers in loess mudflows, linking water content and loading frequency to the progression from linear response to nonlinear yielding and fluid-like behavior.

Caption

Large-amplitude oscillatory shear maps four strain markers in loess mudflows, linking water content and loading frequency to the progression from linear response to nonlinear yielding and fluid-like behavior.

Credit

Daozheng Wang/Northwest University, Xingang Wang/Northwest University, Jiading Wang/Northwest University, Pengfei Jia/Northwest University, Dahai Sun/Anton Paar (Shanghai) Trading Co., Ltd., Rui Liu/Northwest Bureau of China Metallurgical Geology Bureau

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