Non-iterative partitioned methods based on monolithic formulations of the coupled problem
Abstract not provided.
Publications
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Jump to search filtersDEMSI: A Performance Portable Sea Ice Model
Abstract not provided.
Predicting Arctic Sea Ice Concentration with Data-Driven Models
Abstract not provided.
Sandia National Laboratories Arctic Science and Security Initiative
Abstract not provided.
Explicit Partitioned Methods based on Monolithic Formulations of the Coupled Problem
Abstract not provided.
Advances in the Approximation Theory of Generalized Moving Least Squares
Abstract not provided.
Lagrange-Multiplier-Based Partitioned Method for Ocean-Atmosphere Coupling
Abstract not provided.
Advances in the Approximation Theory for Generalized Moving Least Squares
Abstract not provided.
Sea Ice Modeling and Arctic Change
Abstract not provided.
ARCTIC TIPPING POINTS TRIGGERING GLOBAL CHANGE
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Uncovering signatures of preheat performance in MagLIF experiments using stimulated Raman and Brillouin backscatter spectra
Abstract not provided.
SNL/BER Review 2018
Abstract not provided.
The Compadre Toolkit
Abstract not provided.
Compatible meshless methods for DPEs
Abstract not provided.
Discrete Element Model for Sea Ice
Abstract not provided.
Advances in the Approximation Theory for Functional Reconstructions Using GMLS and Applications to Meshless Discretization of Differential Equations
Abstract not provided.
Explicit Partitioned Methods for Interface Coupling
Abstract not provided.
National security implications from tipping events centered in Arctic waters
Abstract not provided.
Optimization-based property preserving finite element methods for transport equations
Abstract not provided.
A VIRTUAL CONTROL MESH-FREE COUPLING METHOD FOR NON-COINCIDENT INTERFACES
Abstract not provided.
Explicit Partitioned Methods for Interface Coupling
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Intrepid2: a PerformancePortable Package for Compatible HighOrder Finite Element Discretizations
Abstract not provided.
Mesh-tying via multiple-control PDE-constrained optimization and GMLS function reconstruction
Abstract not provided.
A virtual control coupling approach for problems with non-coincident discrete interfaces
Lecture Notes in Computer Science (including subseries Lecture Notes in Artificial Intelligence and Lecture Notes in Bioinformatics)
Independent meshing of subdomains separated by an interface can lead to spatially non-coincident discrete interfaces. We present an optimization-based coupling method for such problems, which does not require a common mesh refinement of the interface, has optimal H1 convergence rates, and passes a patch test. The method minimizes the mismatch of the state and normal stress extensions on discrete interfaces subject to the subdomain equations, while interface “fluxes” provide virtual Neumann controls.
Improving the Material-Point Method with GMLS
Abstract not provided.
Results 51–75 of 132