Investigation of the Mechanical and Permeability Evolution Effects of High-Temperature Granite Exposed to a Rapid Cooling Shock with Liquid Nitrogen

<div>(a) Relationship between hydraulic pressure difference and time in four stages during triaxial compression and (b) linearization of differential pressure decay data of sample at 25°C under axial stress of 40 MPa.</div>

Geofluids

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Figure 12

Figure 12: Investigation of the Mechanical and Permeability Evolution Effects of High-Temperature Granite Exposed to a Rapid Cooling Shock with Liquid Nitrogen 

Figure 12 | Investigation of the Mechanical and Permeability Evolution Effects of High-Temperature Granite Exposed to a Rapid Cooling Shock with Liquid Nitrogen 