Dynamic compression properties of a saturated white sandstone under ambient sub-zero temperatures

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Dynamic mode I fracture properties of saturated white sandstone

Strength of samples with different subzero temperatures showing a

SCB specimen geometry (a), the principle of the DIC method (b) and AE

Samples used in experiments (a), the uniaxial compression test

Role of Liquid Nitrogen Cooling State in Physical and Tensile Properties of Sandstone

Pore size distribution of WS by NMR method, the top insert shows the

Dynamic compression properties of a saturated white sandstone

Stress-strain curves of dry and water-saturated specimens tested

Dynamic stress–strain curves for a the dry specimens and b the

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