Photo: Virgin Island, Bohol, Philippines
Note: the Linear Algebraic Subgrid-scale Stress [LASS] model calculates six subgrid-scale stresses by solving a system of six linear equations with the Lower-Upper [LU] matrix factorization and back substitution.
Publications
Enriquez RM, FK Chow, RL Street, and FL Ludwig, 2010: Examination of the linear algebraic subgrid-scale stress [LASS] model, combined with reconstruction of the subfilter-scale stress, for large-eddy simulation of the neutral atmospheric boundary layer. 19th Symposium on Boundary Layers and Turbulence, American Meteorological Society, Paper 3A.3, 8 pp. Abstract, Presentation, PDF
Enriquez RM, RL Street, and FL Ludwig, 2010: Algebraic subgrid-scale turbulence modeling in large-eddy simulation of the atmospheric boundary layer. 5th International Symposium on Computational Wind Engineering, International Association for Wind Engineering, Paper 154, 8 pp. Abstract, Poster, Corrected PDF
Caplow T, P Schlosser, DT Ho, and RC Enriquez, 2004: Effect of tides on solute flushing from a strait: imaging flow and transport in the East River with SF6. Environmental Science & Technology, 38 (17), 4562-4571. PDF
Launen LA, VH Buggs, ME Eastep, RC Enriquez, JW Leonard, MJ Blaylock, JW Huang, and MM Häggblom. 2002. Bioremediation of polyaromatic hydrocarbon-contaminated sediments in aerated bio-slurry reactors. Bioremediation Journal, 6 (2), 125-141. PDF
Posters & Presentations
Enriquez RM, RL Street, and FL Ludwig, 2011: A coupled momentum and scalar flux subgrid-scale turbulence model for large-eddy simulation of flow in the planetary boundary layer. Atmosphere/Energy Seminar, Stanford University.
Enriquez RM, RL Street, and FL Ludwig, 2010: Following John into the "Terra Incognita" using an algebraic SGS model and SFS reconstruction in LES. John C. Wyngaard Symposium on Atmospheric Turbulence and Boundary Layers, Department of Meteorology at The Pennsylvania State University.
Enriquez RM, 2010: Subgrid-scale turbulence modeling for improved large-eddy simulation of flow in the planetary boundary layer - Version 1.2. Atmosphere/Energy Seminar, Stanford University.
Enriquez RM, 2009: Subgrid-scale turbulence modeling for improved large-eddy simulation of flow in the planetary boundary layer. Environmental Fluid Mechanics & Hydrology Qualifying Exam, Stanford University.
Dombroski D, RM Enriquez, I Grooms, and J-Z Zhu, 2008: Finding squall lines in the Kelvin-Helmholtz instability. Geophysical Turbulence Summer School, National Center for Atmospheric Research.
Enriquez RM, RL Street, and FL Ludwig, 2008: LES is more with Rica-struction. Geophysical Turbulence Summer School, National Center for Atmospheric Research; Atmosphere/Energy Seminar, Stanford University; Environmental Fluid Mechanics & Hydrology Seminar, Stanford University.
Enriquez RM, V Kumar, MB Parlange, 2005: Large-eddy simulation of land-atmospheric interactions: A spatial aggregation study, JHU Provost’s Undergraduate Research Award Symposium, The Johns Hopkins University.
Caplow T, P Schlosser, DT Ho, and RC Enriquez, 2003: Effect of tidal phase on solute flushing from a strait: SF6 tracer study in the East River, New York. 2003 Fall Meeting, American Geophysical Union.
Caplow T, P Schlosser, DT Ho, N Santella, J Lipscomb, M Garrison, and RC Enriquez, 2002: Transport & dispersion in New York Harbor: a high resolution SF6 tracer study. 2002 Fall Meeting, American Geophysical Union.
Research Experiences
Stanford University, Stanford, CA
Summer 2005-Present, PI: Robert L. Street
-Investigated the increased accuracy of ARPS (Advanced Regional Prediction System) with a novel subgrid-scale turbulence model
Terrain-Rotor Experiment (T-REx)
-Installed and collected soil moisture and temperature sensors within Owens Valley
The Johns Hopkins University, Baltimore, MD
Spring 2004-Spring 2005, PI: Marc Parlange
-Simulated effects of grid size on land-atmosphere interaction using remote-sensed data and large eddy simulations
Biocomplexity Project
-Profiled transport of corn pollen using a 3-D LiDAR (Light Detection And Ranging) scanning process
Columbia University, New York, NY
Summer 2002 and Summer 2003, PI: Peter Schlosser
-Surveyed the effects of tidal phase on solute transport in the NY/NJ Harbor, East River, and Hudson River
-Constructed and calibrated an automated sampling and gas chromatography-electron capture device (GC-ECD) system for future gas tracer studies
The Johns Hopkins University, Baltimore, MD
Spring 2002, PI: A. Lynn Roberts
-Investigated the biological activity of natural water samples with a total organic carbon (TOC) analyzer
-Collected, organized, and discussed data of existing environmental risk assessments of pharmaceutical and personal care products
Rutgers University, New Brunswick, NJ
Summer 2000 and Summer 2001, PI: Max Häggblom
-Evaluated the feasibility of a plant-microbial based decontamination technology to treat PAH-polluted dredge materials from the New York and New Jersey Harbor
-Designed and implemented a bench-scale bio-slurry bioreactor study