Modeling input files for "Thermal pressurization governs rupture dynamics of the 2021 Mw 8.2 Chignik, Alaska earthquake "

We simulate the 2021 M8.2 Alaska earthquake using SeisSol (https://github.com/SeisSol/SeisSol)  with the following input files:

parameters.par: file for all input parameters required by Seissol dynamic simulation

Fault friction parameter file 194_fault.yaml : yaml file describing the spatially variable on-fault parameters

3D material file 130_3Dmaterial.yaml : a yaml file describing the 3D material elastic properties

Initial stresses file alaska_stress_pore.yaml :   yaml files describing the variations with depth of the normal and shear stresses 

Alaska_eCS.yaml:  effective confining stress that reflects lithostatic stress subtracting pore fluid pressure.

alaska_stress_bij.yaml:  Orientation of optimal stress determined by focal mechanism, friction coefficient, stress ratio and fault cohesive strength. 

210_nucleation.yaml: spheric overstressed nucleation used in the model. 

surface receiver file offreceivers.dat : contains off-fault receivers for surface deformation comparison

Mesh file mesh8_f400_s3_ala:  tetrahedral mesh file in the format of hdf5, which is created with package PUMGen (https://github.com/SeisSol/PUMGen) and software SKUA-GOCAD (https://pdgm.com/products/skua-gocad/).

我们使用SeisSol（https://github.com/SeisSol/SeisSol）对2021年阿拉斯加M8.2级地震开展数值模拟，所用输入文件如下：
parameters.par：SeisSol 动力学模拟所需的全部输入参数文件
断层摩擦参数文件194_fault.yaml：描述断层空间变化参数的YAML格式文件
三维介质参数文件130_3Dmaterial.yaml：描述三维介质弹性属性的YAML格式文件
初始应力文件alaska_stress_pore.yaml：描述正应力与剪应力随深度变化规律的YAML格式文件
Alaska_eCS.yaml：反映岩石静压力扣除孔隙流体压力后的有效围压文件
alaska_stress_bij.yaml：基于震源机制、摩擦系数、应力比与断层内聚强度确定的最优应力方位文件
210_nucleation.yaml：本模型中采用的球形超应力成核文件
地表接收器文件offreceivers.dat：包含用于地表形变对比分析的断层外接收器数据集
网格文件mesh8_f400_s3_ala：采用PUMGen（https://github.com/SeisSol/PUMGen）与SKUA-GOCAD（https://pdgm.com/products/skua-gocad/）软件生成的HDF5格式四面体网格文件