Scott Alan Roberts
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View article: Predictive dynamic wetting, fluid–structure interaction simulations for braze run-out
Predictive dynamic wetting, fluid–structure interaction simulations for braze run-out Open
View article: Stabilized Method for Contact Mechanics and Dissipative Interfacial Kinematic Processes
Stabilized Method for Contact Mechanics and Dissipative Interfacial Kinematic Processes Open
View article: Uncertainty quantification for competing failure mechanisms in unidirectionally reinforced carbon-carbon composites
Uncertainty quantification for competing failure mechanisms in unidirectionally reinforced carbon-carbon composites Open
View article: Transient Chemo‐Mechanical Model of Lithium Plating Impacted by External Pressure
Transient Chemo‐Mechanical Model of Lithium Plating Impacted by External Pressure Open
Lithium anodes show great promise in commercial applications, but are hindered by lithium plating and dendrite growth which cause safety concerns during long‐term cell operation. Stack pressure is experimentally observed to improve cell li…
View article: Recent advancements in ablation tools and understanding at Sandia
Recent advancements in ablation tools and understanding at Sandia Open
View article: Li-ion battery design through microstructural optimization using generative AI
Li-ion battery design through microstructural optimization using generative AI Open
View article: BeyondFingerprinting: AI-guided discovery of robust materials & processes
BeyondFingerprinting: AI-guided discovery of robust materials & processes Open
BeyondFingerprinting was a 2021-2024 Sandia Grand Challenge LDRD exploring the potential to develop new resilient materials and manufacturing processes by taking an artificial-intelligence (AI)-guided approach that integrates human-subject…
View article: Deep material network for thermal conductivity problems: Application to woven composites
Deep material network for thermal conductivity problems: Application to woven composites Open
The thermal conductivity of materials dictates their functionality and reliability, especially for materials with complex microstructural topologies, such as woven composites. In this paper, we develop a physics-informed machine-learning a…
View article: LDRD Ending Project Review: Agile Braze Engineering: Interfacial Physics & Data-Driven Wetting Models for Heterogeneous Metal-Oxide Systems (Project #255935)
LDRD Ending Project Review: Agile Braze Engineering: Interfacial Physics & Data-Driven Wetting Models for Heterogeneous Metal-Oxide Systems (Project #255935) Open
View article: Expansion of deep material network for woven composite thermal conductivity homogenization
Expansion of deep material network for woven composite thermal conductivity homogenization Open
View article: Multiscale Modeling of Active Brazing
Multiscale Modeling of Active Brazing Open
View article: A Structure-Preserving Domain Decomposition Method for Data-Driven Modeling
A Structure-Preserving Domain Decomposition Method for Data-Driven Modeling Open
We present a domain decomposition strategy for developing structure-preserving finite element discretizations from data when exact governing equations are unknown. On subdomains, trainable Whitney form elements are used to identify structu…
View article: Multiscale Modeling of Active Brazing
Multiscale Modeling of Active Brazing Open
View article: Atomistic Simulations of Active Brazing
Atomistic Simulations of Active Brazing Open
View article: Propagation of Uncertainty in Model Inputs for Reactive Braze Run-Out Simulations
Propagation of Uncertainty in Model Inputs for Reactive Braze Run-Out Simulations Open
View article: A data-driven multiscale model for reactive wetting simulations
A data-driven multiscale model for reactive wetting simulations Open
View article: Mesoscale thermomechanical modeling of woven carbon-carbon composites
Mesoscale thermomechanical modeling of woven carbon-carbon composites Open
View article: Thermal Conductivity Homogenization of Composites via Deep Material Network
Thermal Conductivity Homogenization of Composites via Deep Material Network Open
View article: Mesoscale Mechanics of Battery Materials: What Have We Learned
Mesoscale Mechanics of Battery Materials: What Have We Learned Open
View article: Uncertainty quantification and propagation in lithium-ion battery electrodes using bayesian convolutional neural networks
Uncertainty quantification and propagation in lithium-ion battery electrodes using bayesian convolutional neural networks Open
View article: Theoretical Design and Performance of Three-Dimensional, Pillared Fes2 Cathodes
Theoretical Design and Performance of Three-Dimensional, Pillared Fes2 Cathodes Open
View article: Predictive Moving Interface, Fluid-Structure Interaction Simulations for Braze Run-Out
Predictive Moving Interface, Fluid-Structure Interaction Simulations for Braze Run-Out Open
View article: Data-driven Whitney forms for structure-preserving control volume analysis
Data-driven Whitney forms for structure-preserving control volume analysis Open
View article: Assessing thermophysical properties of parameterized woven composite models using image-based simulations
Assessing thermophysical properties of parameterized woven composite models using image-based simulations Open
Mesoscale simulations of woven composites using parameterized analytical geometries offer a way to connect constituent material properties and their geometric arrangement to effective composite properties and performance. However, the real…
View article: Predicting and Mitigating Runout in Active Braze Processes
Predicting and Mitigating Runout in Active Braze Processes Open
View article: Coupled Thermal-Electrochemical Full Battery Modeling of LiSi/FeS2 Batteries
Coupled Thermal-Electrochemical Full Battery Modeling of LiSi/FeS2 Batteries Open
View article: Enabling Rechargeable Conversion Cathodes by Modeling the Coupling Between Structure, Electrochemistry, & Mechanics
Enabling Rechargeable Conversion Cathodes by Modeling the Coupling Between Structure, Electrochemistry, & Mechanics Open
View article: Development of a Cloud-Based Tool for Predicting Thermal Battery Performance: TABS v6
Development of a Cloud-Based Tool for Predicting Thermal Battery Performance: TABS v6 Open
View article: Accelerating Thermal Battery Design with Set-Based Concurrent Engineering
Accelerating Thermal Battery Design with Set-Based Concurrent Engineering Open
View article: Automated segmentation of porous thermal spray material CT scans with predictive uncertainty estimation
Automated segmentation of porous thermal spray material CT scans with predictive uncertainty estimation Open