Long-lived slow-slip events

This dataverse contains the data and code to reproduce the results of the journal article - Mallick et al., Long-lived slow-slip events on the Sunda megathrust, 2021, Nature Geoscience

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31 to 40 of 43 Results

sliprate_1839_predictions.dat Feb 25, 2021 - Code for inverse method Fixed Field Text Data - 12.3 MB - MD5: e87c2807680a5dddcf5aa41231757dfb
slipratejoint_1819_predictions.dat Feb 25, 2021 - Code for inverse method Fixed Field Text Data - 11.8 MB - MD5: d871ac82cc856b83fc6bfe29af91c47c
slipratejoint_1839_predictions.dat Feb 25, 2021 - Code for inverse method Fixed Field Text Data - 5.7 MB - MD5: d74b1c1db66b54c6cb831cee7f6b526a
sumatraslab.seg Feb 25, 2021 - Code for inverse method Unknown - 745 B - MD5: a5384da59f19a33ecbea56c338f8406f
sundamt.seg Feb 25, 2021 - Code for inverse method Unknown - 279 B - MD5: 2fa8283cfac3f409f8a2262d2f14e55d
variableISC_espm_joint_inversion_1819_1839.m Feb 25, 2021 - Code for inverse method MATLAB Source Code - 7.8 KB - MD5: daf0ea8e8d889c44c2d86f5150b1a802
variableISC_espm_lock_creep_inversion_1819_1839.m Feb 25, 2021 - Code for inverse method MATLAB Source Code - 9.4 KB - MD5: f8a85dd5d003c2043182612fa47151c1
weighted_hist.m Feb 25, 2021 - Code for inverse method MATLAB Source Code - 885 B - MD5: 270b58ed301b1c6c829e93961aeedc83
Numerical model of slow-slip event Feb 25, 2021 Mallick, Rishav, 2021, "Numerical model of slow-slip event", https://doi.org/10.21979/N9/ZLMWRW, DR-NTU (Data), V1 MATLAB scripts to generate an SSE due to coupled pore-fluid pressure and frictional strength evolution. This requires the unicycle library - https://github.com/jdpmoore/unicycle
eqcycle_accelerationage_pinnedmegathrust2d_ode.m Feb 25, 2021 - Numerical model of slow-slip event MATLAB Source Code - 1.6 KB - MD5: 09acc5a08e4e52a2e002ec6d408e9e13

sliprate_1839_predictions.dat