GENERAL CIRCULATION EXPERIMENTS WITH THE PRIMITIVE EQUATIONS

Keywords

Thermal wind, Mechanics, Circulation (fluid dynamics), Physics, Lapse rate

References

• Thirty-day forecasting : a review of a ten-year experimentJerome Namias, Hurd C. Willett — 1953
• The modes of release of available potential energy in the atmosphereBarry Saltzman, Aaron Fleisher — 1960
• Prognostic Equations for the Mean Motions of Simple Fluid Systems and Their Relation to the Theory of Large Scale Atmospheric TurbulencePhilip Thompson — 1954
• The north‐east trade of the Pacific OceanHerbert Riehl, T. C. Yeh, Joanne Starr Malkus — 1951
• On the theory of the general circulation of the atmosphereJulián Adem — 1962
• On the Influence of the Earth's Orography on the General Character of the WesterliesB. Bolin — 1950
• A Numerical Method for Predicting the Perturbations of the Middle Latitude WesterliesJ. G. Charney, Arnt Eliassen — 1949
• A PROPOSED STAGGERED-GRID SYSTEM FOR NUMERICAL INTEGRATION OF DYNAMIC EQUATIONSDouglas K. Lilly — 1961
• The dynamical influence of large‐scale heat sources and sinks on the quasi‐stationary mean motions of the atmosphereJoseph Smagorinsky — 1953
• On the numerical simulation of buoyant convectionDouglas K. Lilly — 1962
• ON THE NUMERICAL INTEGRATION OF THE PRIMITIVE EQUATIONS OF MOTION FOR BAROCLINIC FLOW IN A CLOSED REGIONJoseph Smagorinsky — 1958
• Energy Transformations and Meridional Circulations associated with simple Baroclinic Waves in a two-level, Quasi-geostrophic ModelNorman A. Phillips — 1954
• A Survey of the Stress between the Ocean and AtmosphereCHB Priestley — 1951
• On conversion between potential and kinetic energy in the atmosphereE. Palmén — 1961
• ON THE ANNUAL HEAT BALANCE OF THE NORTHERN HEMISPHEREHenry G. Houghton — 1954
• SOME ASPECTS OF A CYCLE OF AVAILABLE POTENTIAL ENERGY1Jay S. Winston, Arthur F. Krueger — 1961
• ON TRANSFORMATION OF KINETIC ENERGY BETWEEN THE VERTICAL SHEAR FLOW AND THE VERTICAL MEAN FLOW IN THE ATMOSPHEREA. Wiin‐Nielsen — 1962
• On the Changes in the Spectral Distribution of Kinetic Energy for Twodimensional, Nondivergent FlowRagnar Fjørtoft — 1953
• THE SPECTRAL FORM OF THE VORTICITY EQUATIONGeorge W. Platzman — 1960
• A quantitative analysis of the evolution of large‐scale flow with regard to the effect of eddy motionF. A. Berson — 1953

Cited by

• Simulation aux Grandes Echelles d'un moteur à allumage commandé - Evaluations des variabilités cycliquesBenoît Enaux — 2010
• CFD analysis of solid-liquid-gas interactions in flotation vesselsMohsen Karimi — 2014
• Accuracy of Large-Eddy Simulation StrategiesJohan Meyers — 2004
• LES of two-phase reacting flows : stationary and transient operating conditionsA. Eyssartier — 2012
• Investigation of Modeling for Non-Premixed Turbulent CombustionStephen M. de Bruyn Kops, James J. Riley, G. Kosály — 1998
• RANS and LES of multi-hole sprays for the mixture formation in piston enginesMuhammad Mahabat Khan — 2014
• The increased greenhouse effect-A general reviewA. Wiin‐Nielsen — 1993
• Coupled compressible and incompressible finite volume formulations for the large eddy simulation of turbulent flow with and without heat transferWenping Wang — 1995
• Reduction of combustion noise and instabilities using porous inert material with a swirl-stabilized burnerDaniel Sequera — 2011
• Large Eddy Simulations of Supercritical Mixing Layers for Air Force ApplicationsJ. Bellan — 2010
• Modélisation hybride RANS/LES temporelle des écoulements turbulentsChristophe Friess — 2010
• A Filtered-Laminar-Flame PDF subgrid scale closure for LES of Premixed Turbulent Flames : Application to a Stratified Bluff-body burner with Differential DiffusionSuresh Kumar Nambully — 2013
• Large-Eddy Simulations of Shear FlowsMarcel Lesieur, Pierre Comte, Éric Lamballais — 1997
• An Ocean Data Assimilation System for Climate Monitoring (gtSpecial IssueltData Assimilation in Meteology and Oceanography: Theory and Practice)Masahide Kimoto, Ikuo Yoshikawa, Masayoshi Ishii — 1997
• Simulation of nasal flow by lattice Boltzmann methodsArtemio Ramírez López, Claudia Yuste Lozano — 2007
• Organized structures, memory, and the decay of turbulenceThomas Y. Hou — 2007
• Numerical Investigation of Time-Dependent Cross-Wind Effects on an Idealised Leading Rail CarStefan Schiffer, client Fellheimer Wagner — 2012
• Computational and experimental investigation of turbulent mixing in multiscale reactors for CFD model validationY. Liu — 2007
• Numerical and experimental investigation of turbulence and transport in mixing geometriesKatrine Nilsen — 2014
• A Perspective on Large eddy Simulation of Problems in the Nuclear IndustryYassin A. Hassan, J.M. Pruitt, D.A. Steininger — 1995

Related papers

• Temperature lapse rate as an adjunct to wind shear detectionTerry Zweifil — 1991
• Static Stability—An UpdateRoland B. Stull — 1991
• A Study of Thermal Wind in the Vicinity of a Jet StreamN. Cunningham — 1957
• Physical Factors Contributing to Energy Development of Super Typhoon Saomai(2006)Yubin Yu — 2010
• The Variation With Height of the Non-Geostrophic Component of the WindJoseph Vederman — 1946
• THE MUTUAL VARIATION OF WIND, SHEAR, AND BAROCLINICITY IN THE CUMULUS CONVECTIVE ATMOSPHERE OF THE HURRICANEWilliam M. Gray — 1967
• Vertical Structure of the Southwest Monsoon Low-Level Jet over the Central and Eastern Arabian SeaRobert L. Grossman, Carl A. Friehe — 1986