Data from: Mechanical constraints on mechanisms contributing to the long-runout of the Light Mantle landslide
收藏资源简介：
This dataset integrates results from friction experiments, uniaxial compression experiments, and split Hopkinson bar experiments, including the following files:Dynamic_friction_BLA2040.xlsx: Dynamic friction data results for #20-40 mesh basalt powder.Dynamic_friction_BLA80120.xlsx: Dynamic friction data results for #80-120 mesh basalt powder.Dynamic_friction_BLA300.xlsx: Dynamic friction data results for #300 mesh basalt powder.Dynamic_friction_PLA300.xlsx: Dynamic friction data results for #300 mesh plagioclase powder.Quasi_static_BLA2040.xlsx: Quasi-static friction data results for #20-40 mesh basalt powder.Quasi_static_BLA80120.xlsx: Quasi-static friction data results for #80-120 mesh basalt powder.Quasi_static_BLA300.xlsx: Quasi-static friction data results for #300 mesh basalt powder.Quasi_static_PLA300.xlsx: Quasi-static friction data results for #300 mesh plagioclase powder.Uniaxial_compression_experiments.xlsx: Uniaxial compression experiment results for #300 mesh plagioclase powderSHPB_0.3bar_1.9mm.xlsx: Split Hopkinson bar experiment results for 1.9 mm thick #300 mesh plagioclase powder with 0.3 bar impact pressure.SHPB_0.5bar_1.1mm.xlsx: Split Hopkinson bar experiment results for 1.1 mm thick #300 mesh plagioclase powder with 0.5 bar impact pressure.SHPB_0.5bar_2.1mm.xlsx: Split Hopkinson bar experiment results for 2.1 mm thick #300 mesh plagioclase powder with 0.5 bar impact pressure.SHPB_0.5bar_2.4mm.xlsx: Split Hopkinson bar experiment results for 2.4 mm thick #300 mesh plagioclase powder with 0.5 bar impact pressure.SHPB_0.75bar_1.4mm.xlsx: Split Hopkinson bar experiment results for 1.4 mm thick #300 mesh plagioclase powder with 0.75 bar impact pressure.SHPB_0.75bar_2.3mm.xlsx: Split Hopkinson bar experiment results for 2.3 mm thick #300 mesh plagioclase powder with 0.75 bar impact pressure.SHPB_0.75bar_2.8mm.xlsx: Split Hopkinson bar experiment results for 2.8 mm thick #300 mesh plagioclase powder with 0.75 bar impact pressure.
