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Tushar Mittal
Pennsylvania State University Main CampusMeeting roles in:
(Exo)Planetary Oceans, Their Basins, and The Fate of Volatiles
Fault stability modulated by fluid-activated cohesive strengthening
Quantifying Uncertainty, Managing Risk: A Digital Twin Decision Support Framework for Scalable Enhanced Rock Weathering Projects
The Evolving Boundaries and number of Oceans Basins Since the Late Cretaceous
Constraining Volatile Release Rates from Geologically Plausible Magmatic Fluxes and Eruption Timescales: Insights from Volcanological Data and Thermal Modelling
Thermodynamic Consistent Neural Networks for Constitutive Modeling
Multi-Scale Spatial Texture Characterization in Earth Systems using Topological Data Analysis and Bayesian Hierarchical Modeling
Evolution of Crustal Permeability as a Coupled Seismo-THMC Process
Crustal Formation by Crystal Floatation in a Magma Ocean
SpecMaster: An Information-Theoretic Approach for Spectral Representation of Geophysical Data
SpecMaster: An Information-Theoretic Approach for Spectral Representation of Geophysical Data
A Thermodynamic framework for development of constitutive models for non-linear deforming solids : Framework, Computational Tools, and Seismo-Acoustic analysis
Eruptive flux drives atmospheric lightning rates and submarine hydroacoustic signals during the 2021 Fukutoku-Oka-no-Ba eruption
Detecting Changes in Seismic Source and Fracture Network Morphology With Unsupervised Machine Learning on Synthetic Wavefields
Seismo-Acoustic Monitoring of Hydro-Thermal-Mechanical Processes in Fractured Rock Analogs
A model of path-dependent permeability and heat transfer with fluid phase changes, forapplication to a broad range of geothermal reservoir conditions.
Bathymetry Through Time: Advances in Modern Mapping, Paleoreconstruction, and Oceanographic Applications I Poster
Slip and Fluid Flow: Seismic Source Analysis to Assess Role of Multiple Slip Patches in Fault Permeability
Dual classification of Early Earth zircon analyses highlights possible “modern” analog environments
Novel approaches for consistent Ocean Basin Detection Using Graph Theory
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