Reproducibility package for the manuscript “Theoretical Rayleigh-wave velocity responses to seasonal hydrosphere-induced stresses: Competing stress pathways and nonunique depth interpretation.” This archive contains the source code, processed model inputs, numerical outputs, source tables, and figure-related files used in the study. The materials support the forward modeling of seasonal hydrosphere-induced Rayleigh-wave phase-velocity changes, including elastic loading, pore-pressure diffusion, effective-stress perturbations, stress-dependent body-wave velocity changes, and Rayleigh-wave sensitivity calculations. The archived materials are provided to reproduce the principal numerical results and Figures 3–9 and Figures S1–S10 of the manuscript. The package includes the two representative 1-D velocity models, hydrological and hydromechanical parameter tests, stress-sensitivity calculations, shallow-structure sensitivity tests, finite-wavelength loading tests, and associated plotting scripts. Please refer to the accompanying manuscript and Supporting Information for the theoretical formulation, model assumptions, parameter definitions, and interpretation of the results.
Yang Hu, Linxuan Li, Jiangtao Li et al.· Zenodo (CERN European Organi...· 0 citations
Reproducibility package for the manuscript “Theoretical Rayleigh-wave velocity responses to seasonal hydrosphere-induced stresses: Competing stress pathways and nonunique depth interpretation.” This archive contains the source code, processed model inputs, numerical outputs, source tables, and figure-related files used in the study. The materials support the forward modeling of seasonal hydrosphere-induced Rayleigh-wave phase-velocity changes, including elastic loading, pore-pressure diffusion, effective-stress perturbations, stress-dependent body-wave velocity changes, and Rayleigh-wave sensitivity calculations. The archived materials are provided to reproduce the principal numerical results and Figures 3–9 and Figures S1–S10 of the manuscript. The package includes the two representative 1-D velocity models, hydrological and hydromechanical parameter tests, stress-sensitivity calculations, shallow-structure sensitivity tests, finite-wavelength loading tests, and associated plotting scripts. Please refer to the accompanying manuscript and Supporting Information for the theoretical formulation, model assumptions, parameter definitions, and interpretation of the results.
Yang Hu, Linxuan Li, Jiangtao Li et al.· Zenodo (CERN European Organi...· 0 citations
Reproducibility package for the manuscript “Theoretical Rayleigh-wave velocity responses to seasonal hydrosphere-induced stresses: Competing stress pathways and nonunique depth interpretation.” This archive contains the source code, processed model inputs, numerical outputs, source tables, and figure-related files used in the study. The materials support the forward modeling of seasonal hydrosphere-induced Rayleigh-wave phase-velocity changes, including elastic loading, pore-pressure diffusion, effective-stress perturbations, stress-dependent body-wave velocity changes, and Rayleigh-wave sensitivity calculations. The archived materials are provided to reproduce the principal numerical results and Figures 3–9 and Figures S1–S10 of the manuscript. The package includes the two representative 1-D velocity models, hydrological and hydromechanical parameter tests, stress-sensitivity calculations, shallow-structure sensitivity tests, finite-wavelength loading tests, and associated plotting scripts. Please refer to the accompanying manuscript and Supporting Information for the theoretical formulation, model assumptions, parameter definitions, and interpretation of the results.
Yang Hu, Linxuan Li, Jiangtao Li et al.· Zenodo (CERN European Organi...· 0 citations
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