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Some notable additions include a new process for phase-field hydraulic fracture modeling in toughness-dominated regimes, updates to constitutive material models such as the extended OGS-MFront interface and thermal conductivity models, and tools for writing integration point data and adding elevation information to certain entities. Additionally, some processes such as ThermoHydroMechanics and ThermoRichardsMechanics have received updates to their constitutive settings and freezing terms. Overall, the updates aim to improve the functionality and flexibility of the OGS software for simulating geological systems.
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Some notable additions include a new process for phase-field hydraulic fracture modeling in toughness-dominated regimes, updates to constitutive material models such as the extended OGS-MFront interface and thermal conductivity models, and tools for writing integration point data and adding elevation information to certain entities. Additionally, some processes such as ThermoHydroMechanics and ThermoRichardsMechanics have received updates to their constitutive settings and freezing terms. Overall, the updates aim to improve the functionality and flexibility of the OGS software for simulating geological systems.
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