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Results for “implicit”
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Necessary and sufficient conditions for an implicit Monte Carlo discrete maximum principle
Abstract Not Provided
Teleportation Error in Frequency-Dependent Hybrid Implicit Monte Carlo Diffusion
Abstract not provided
Compressible Multiphase Semi-Implicit Method with Moment of Fluid Interface Representation.
Abstract not provided.
A Jacobian-free Newton Krylov implicit-explicit ti
We have introduced a fully second order IMplicit/E
Towards a Scalable Fully-implicit Fully-coupled Resistive MHD Formulation with Stabilized FE Methods.
Abstract not provided.
Implicit Newton-Krylov Drift-Diffusion Semiconductor Simulations on Multicore Architectures.
Abstract not provided.
Accuracy analysis of a spectral element atmospheric model using a fully implicit solution framework.
Abstract not provided.
The Effect of Implicit Self-Shielding on the Inverse Sensitivity/Uncertainty Method for Thermal Reactors
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MASSIVE HYBRID PARALLELISM FOR FULLY IMPLICIT MULTIPHYSICS
As hardware advances continue to modify the supercomputing landscape, traditional scientific software development practices will become more outdated, ineffective, and inefficient. The process of rewriting/retooling existing software for new architectures is a Sisyphean task, and results in substantial hours of development time, effort, and money. Software libraries which provide an abstraction of the resources provided by such architectures are therefore essential if the computational engineering and science communities are to continue to flourish in this modern computing environment. The Multiphysics Object Oriented Simulation Environment (MOOSE) framework enables complex multiphysics analysis tools to be built rapidly by scientists, engineers, and domain specialists, while also allowing them to both take advantage of current HPC architectures, and efficiently prepare for future supercomputer designs. MOOSE employs a hybrid shared-memory and distributed-memory parallel model and provides a complete and consistent interface for creating multiphysics analysis tools. In this paper, a brief discussion of the mathematical algorithms underlying the framework and the internal object-oriented hybrid parallel design are given. Representative massively parallel results from several applications areas are presented, and a brief discussion of future areas of research for the framework are provided.
Scalable Implicit Fully-coupled FE Solution Methods for Resistive MHD.
Abstract not provided.
Scalable Implicit Solution Methods for Multiple-time-scale Multiphysics Systems: Applications from CFD Transport/Reaction and MHD.
Abstract not provided.
Scalable Fully-implicit Fully-coupled Solution Methods for Multiple-time-scale Multiphysics Systems.
Abstract not provided.
Including the Effects of Temperature-Dependent Opacities in the Implicit Monte Carlo Algortithm
Abstract not provided
A Fully Implicit, Moment Accelerated, Electromagnetic Particle-in-Cell Algorithm
Abstract Not Provided