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Input parameters for RSF forward modeling with 2 state variables using sample...
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Input parameters for RSF forward modeling with 1 state variable using sample ...
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Experiment details of a laboratory friction experiment from IODP sample 358-C...
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Experiment details for friction experiments on a Nankai Trough sample
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Experiment details from core samples of IODP Site 375-U1518F (Table 1)
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Table 4: Directly-measured friction velocity dependence
MS = Megasplay, Dec = Decollement.Japan Trench data from from Ikari et al. (2015). -
Table 2: Model-extracted velocity-dependent friction parameters
Japan Trench data from Ikari et al. (2015). -
Table 3: Measurements of Friction Slip Dependence
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Table 1: Model-extracted velocity-dependent friction parameters
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Table 1: Model-extracted velocity-dependent friction parameters
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(Table 3) Velocity-dependent friction parameters for DFDP-1A and DFDP-1B core...
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(Table 2) Velocity-dependent friction parameters for DFDP-1A ultramylonite, 7...
a-b < 0 indicates stick-slip occurred during either Vo, V, or both. -
(Table 1) Sample and experiment details and friction measurements of DFDP-1A ...
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Summary of experimental results
Each line represents a single sample (note that for some samples, not every measurement was made).Values in parentheses () are averages of available values from Experiments... -
Rate- and state-dependent friction parameters
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Rate- and state-dependent friction parameters from velocity-cycling tests whe...
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Rate- and state-dependent friction parameters from velocity-cycling tests whe...
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Rate- and state-dependent friction parameters from velocity-step tests, Slip law
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Rate- and state-dependent friction parameters from velocity-step tests, Aging...
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Results of velocity-cycling tests
(a-b) indicates steady-state sliding was reached during the intercycle period, so that an a-b value could be obtained by inverse modeling (see Table S4).
