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NavierStokes equations
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81	Introduction to Focus Issue: Objective Detection of Coherent Structures T. Peacock, G. Froyland, and G. Haller Citation: Chaos 25, ); doi: View online: http://dx.doi.orgVi Add to Reading List Source URL: georgehaller.com Language: English - Date: 2015-09-01 09:54:17 Fluid dynamics Dynamical systems Physics Chaos theory Aerodynamics Mechanics Turbulence Lagrangian coherent structure Objectivity Lyapunov exponent Invariant manifold NavierStokes equations
82	OCTOBER 2014 VOL 10 NO 10 www.nature.com/naturephysics Swimming by numbers QUANTUM CONTROL Add to Reading List Source URL: www.mattiagazzola.com Language: English - Date: 2014-10-02 19:27:47 Aerodynamics Fluid dynamics Reynolds number Turbulence Boundary layer Fish locomotion Drag Skin friction drag Aquatic locomotion Laminar flow Direct numerical simulation NavierStokes equations
83	Journal of Computational Dynamics c American Institute of Mathematical Sciences Volume 2, Number 1, June 2015 Add to Reading List Source URL: georgehaller.com Language: English - Date: 2015-09-01 09:54:05 Fluid dynamics Physics Continuum mechanics Turbulence Chaos theory Lagrangian coherent structure Aerodynamics Advection NavierStokes equations Trajectory
84	PRL 112, week ending 31 JANUARYPHYSICAL REVIEW LETTERS Add to Reading List Source URL: stockerlab.ethz.ch Language: English - Date: 2015-12-16 11:47:59 Fluid dynamics Aerodynamics Physics Continuum mechanics Mechanics Turbulence Reynolds number Vorticity Vortex NavierStokes equations
85	PHYSICS OF FLUIDS 23, Neutrally buoyant particle dynamics in fluid flows: Comparison of experiments with Lagrangian stochastic models Themistoklis P. Sapsis,1,a) Nicholas T. Ouellette,2,b)Jerry P. Gollub,3 Add to Reading List Source URL: georgehaller.com Language: English - Date: 2015-06-08 09:43:28 Fluid dynamics Aerodynamics Transport phenomena Dimensionless numbers Colloidal chemistry Turbulence Stokes number NavierStokes equations Flow measurement Molecular diffusion Settling Reynolds number
86	A hybrid particle-ensemble Kalman filter for high dimensional Lagrangian data assimilation Laura Slivinski1 , Elaine Spiller2 , and Amit Apte3 1 3 Add to Reading List Source URL: home.icts.res.in Language: English - Date: 2014-10-12 23:15:52 Estimation theory Linear filters Control theory Robot control Monte Carlo methods Kalman filter Particle filter Data assimilation Lagrangian mechanics Lagrangian Drifter NavierStokes equations
87	Modelling Homework 1 Due 30 August 2012; 9:30am at the beginning of the class August 17, Derive the ordinary differential equation 4π1 f ′′ (π1 ) + (π1 + 2)f ′ (π1 ) = 0 by substituting the “anstaz” Add to Reading List Source URL: home.icts.res.in Language: English - Date: 2014-05-25 13:15:54 Calculus Mathematical analysis Physics Aerodynamics Partial differential equations Differential equations Heat equation NavierStokes equations Fluid dynamics Ordinary differential equation Laws of science Wave equation
88	Joint PDF Modeling of Turbulent Premixed Combustion Add to Reading List Source URL: www.ifd.mavt.ethz.ch Language: English - Date: 2016-03-05 05:00:04 Aerodynamics Combustion NavierStokes equations Turbulence Flame Fluid dynamics Reynolds stress Sugden Award
89	Post-doctoral position at IFP Energies Nouvelles: Wind farm modeling – Parabolized / Linearized Navier-Stokes Key-words: wind farms, wakes, wakes interactions, Navier-Stokes During the past few years, IFP Energies Nouv Add to Reading List Source URL: www.eawe.eu Language: English - Date: 2015-07-20 17:24:50 Energy Aerodynamics Fluid dynamics Nature Wind power Wind turbines NavierStokes equations Offshore wind power Stokes equation Floating wind turbine Wind farm Computational fluid dynamics
90	Flow Simulations with Immersed-Boundary Technique Add to Reading List Source URL: www.ifd.mavt.ethz.ch Language: English - Date: 2016-03-04 19:22:03 Partial differential equations Computational fluid dynamics NavierStokes equations Finite element method

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