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Navier–Stokes equations
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101	SEMINAR Applied Computational Fluid Dynamics as a Hydrodynamic Design Tool for Lifting Bodies and other Innovative Designs Charlie Field and Zensho Heshiki Add to Reading List Source URL: www.ore.hawaii.edu Language: English - Date: 2014-01-23 17:17:11 Dynamics Computational fluid dynamics Navier–Stokes equations Fluid dynamics Aerodynamics Fluid mechanics
102	Proceedings of IMECE2005 2005 ASME International Mechanical Engineering Congress and Exposition November 5-12, 2005 Orlando, Florida USA IMECE2005PRACTICAL APPLICATION OF THE LES METHOD TO MIXING IN LARGE INDOOR S Add to Reading List Source URL: www.acusim.com Language: English - Date: 2012-11-11 10:13:36 Aerodynamics Turbulence Computational fluid dynamics Navier–Stokes equations Reynolds number Direct numerical simulation Detached eddy simulation Eddy Large eddy simulation Fluid dynamics Fluid mechanics Dynamics
103	FEniCS Framework in geoscientific applications Add to Reading List Source URL: www.mssanz.org.au Language: English - Date: 2013-01-15 22:47:16 Numerical analysis Fluid dynamics Aerodynamics Navier–Stokes equations FEniCS Project Viscosity Partial differential equation Discretization Stokes flow Calculus Mathematical analysis Mathematics
104	Finite elemt methods - text - B5mfp.indd Add to Reading List Source URL: www.mff.cuni.cz Language: English - Date: 2014-09-09 07:47:20 Mathematics Numerical analysis Finite element method Continuum mechanics Galerkin method Boris Galerkin Navier–Stokes equations Method of lines Integral Calculus Mathematical analysis Partial differential equations
105	news & views MICROFLUIDICS For a few drops more Experiments in microfluidics reveal long-range orientational correlations in the velocities of flowing droplets that Add to Reading List Source URL: www.weizmann.ac.il Language: English - Date: 2014-01-14 00:56:41 Fluid dynamics Dynamics Piping Chemical engineering Microfluidics Navier–Stokes equations Liquid Non-equilibrium thermodynamics Reynolds number Fluid mechanics Physics Aerodynamics
106	doi:j.ssc Add to Reading List Source URL: www.math.ust.hk Language: English - Date: 2006-09-01 22:07:21 Symbol No-slip condition Wetting Aerospace engineering Navier–Stokes equations Fluid mechanics Viscosity Dimensionless quantity Fluid dynamics Physics Soft matter
107	MULTISCALE MODEL. SIMUL. Vol. 3, No. 4, pp. 749–763 c 2005 Society for Industrial and Applied Mathematics Add to Reading List Source URL: www.math.ust.hk Language: English - Date: 2006-11-19 02:14:03 Aerodynamics Fluid dynamics Mechanical engineering Navier–Stokes equations No-slip condition Fluid mechanics Shear stress Boundary layer Viscosity Physics Mechanics Continuum mechanics
108	AN APPROACH FOR ROBUST DESIGN OF TURBULENT CONVECTIVE SYSTEMS Nathan Rolander, Jeffrey Rambo, Yogendra Joshi, Janet K. Allen, Farrokh Mistree1 G. W. Woodruff School of Mechanical Engineering, Georgia Institute of Technol Add to Reading List Source URL: www.srl.gatech.edu Language: English - Date: 2005-12-11 15:26:06 Physics Navier–Stokes equations Computational fluid dynamics Turbulence Data center Control theory Principal component analysis Linear regression Aerodynamics Statistics Fluid dynamics
109	A Mesh-Free Compliant-Wall Fluid-Structure Interaction Model Add to Reading List Source URL: www.mssanz.org.au Language: English - Date: 2013-01-15 22:40:46 Aerodynamics Fluid mechanics Fluid dynamics Numerical analysis Partial differential equations Fluid-structure interaction Navier–Stokes equations Nonlinear system Viscosity Calculus Physics Mathematical analysis
110	Multiscale Modeling and Computation Weinan E and Bjorn Engquist M Add to Reading List Source URL: croucher.math.ust.hk Language: English - Date: 2005-05-02 21:37:15 Partial differential equations Differential equations Stochastic processes Weinan E Molecular dynamics Navier–Stokes equations Multigrid method Multiscale modeling Patch dynamics Calculus Mathematics Mathematical analysis

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