The plan is to use the microscopic rules restricted to small “patches” of the domain, the “teeth,” using interpolation to bridge the “gaps.” Here we explore ...
Mar 17, 2006 · Here we explore general boundary conditions coupling the widely separated ``teeth'' of the microscopic simulation that achieve high order ...
The plan is to use the microscopic rules restricted to small “patches” of the domain, the “teeth,” using interpolation to bridge the “gaps.” Here we explore ...
Here we explore general boundary conditions coupling the widely separated teeth of the microscopic simulation that achieve high order accuracy over the ...
This work argues that classic high order interpolation of the macroscopic field provides the correct forcing in whatever boundary condition is required by ...
Mar 17, 2006 · Abstract. We are developing a framework for multiscale computation which enables models at a “microscopic” level of description, for example.
Dive into the research topics of 'General tooth boundary conditions for equation free modeling'. Together they form a unique fingerprint. Sort by; Weight ...
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Sep 22, 2013 · The plan is to use the microscopic rules restricted to small "patches" of the domain, the "teeth'', using interpolation to bridge the "gaps".
Coupling boundary conditions The interpolation provides value or flux boundary conditions as required by the microscale simulator. High order consistency ...
Sep 7, 2010 · Equation-free modeling is a computational multiscale paradigm that consists of wrapping outer coarse-scale solvers around inner fine-scale simulators.