“…To simulate the field F-T condition for rock, F-T test is usually to be used to mimic the natural weathering of rock under low temperature at a faster place in the laboratory. The impacts of rock mineral composition, rock porosity, F-T cycle number, freeze temperature, F-T solution, etc., on rock mechanical properties have performed systematic research, and corresponding damage models have been proposed to describe the F-T fatigue damage, mainly including the uniaxial compressive strength (UCS), elastic modulus, porosity, P-or S-velocities, and mass loss rate [3,[6][7][8]. Nowadays, plenty of devotions have also been done to investigate the F-T mechanical and physical properties of various kinds rock, such as dolomitic limestone [9], oil shale [10], diorite [11], tuff [12], sandstone [13,14], granite [15], coal [16], mudstone [17], sandy mudstone [18], and slate [19] from various cold regions in China using various F-T laboratory tests.…”