The Stratified Ocean Model with Adaptive Refinement (SOMAR)
Published by
Zenodo
Summary
software
Edward Santilli
About
My research interests lie in the development of accurate, stable, and efficient algorithms to numerically model geophysical fluid flows. Geophysical fluid dynamics presents several challenges that currently make a complete model computationally intractable or physically unreliable. Each facet of my research tends to address one or both of these issues in an effort to better understand energy propagation and transformation in the ocean.
Work
Thomas Jefferson University
|Associate Professor
US
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School District of Philadelphia
|Mathematics Teacher
US
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Publications
Numerical simulations of a Minimal Ocean Mixing Systems (MOMS)
Published by
APS Division of Fluid Dynamics Meeting Abstracts
Summary
conference-paper
Estimating pressure and internal-wave flux from laboratory experiments in focusing internal waves
Published by
Experiments in Fluids
Summary
journal-article
Pressure and wave-flux optical analysis of 3D focusing internal waves compared between laboratory experiments and SOMAR
Published by
Bulletin of the American Physical Society
Summary
conference-paper
Large eddy simulations of turbulent oceanic flows
Published by
Bulletin of the American Physical Society
Summary
conference-paper
SOMAR-LES: A framework for multi-scale modeling of turbulent stratified oceanic flows
Published by
Ocean Modeling
Summary
journal-article
SOMAR-LES: A framework for multi-scale modeling of turbulent stratified oceanic flows
Published by
Ocean Modeling
Summary
journal-article
The Stratified Ocean Model with Adaptive Refinement (SOMAR)
Published by
J. Comput. Phys.
Summary
journal-article
An efficient method for solving highly anisotropic elliptic equations
Published by
J. Comput. Phys.
Summary
journal-article