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Stokes flow
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#	Item
81	Methods for Solving Gas Damping Problems in Perforated Microstructures Using a 2D Finite-Element Solver Add to Reading List Source URL: www.mdpi.org Language: English - Date: 2007-07-02 03:08:07 Fabrication Perforation Navier–Stokes equations Soft matter Compressible flow Viscosity Technology Aerodynamics Petroleum production Physics
82	Boundary conditions for Grad’s 13 moment equations Toby Thatcher, Y. Zheng, and H. Struchtrup* Department of Mechanical Engineering University of Victoria, Victoria BC, Canada Corresponding author: [removed] Add to Reading List Source URL: www.engr.uvic.ca Language: English* - Date: 2007-12-06 14:53:49 Dynamics Aerodynamics Partial differential equations Direct simulation Monte Carlo Differential equation Navier–Stokes equations Boundary layer Couette flow Knudsen number Physics Fluid dynamics Fluid mechanics
83	Flow of evaporating, gravity-driven thin liquid films over topography Add to Reading List Source URL: eprints.whiterose.ac.uk Language: English - Date: 2014-06-06 03:53:41 Coatings Thin film deposition Fluid dynamics Chemical engineering Spin coating Lubrication theory Viscosity Dimensionless quantity Navier–Stokes equations Chemistry Physics Aerodynamics
84	Journal of Computational Physics 179, 452–[removed]doi:[removed]jcph[removed]Simulation of a Flapping Flexible Filament in a Flowing Soap Film by the Immersed Boundary Method Add to Reading List Source URL: www.math.iupui.edu Language: English - Date: 2009-05-25 17:13:22 Fluid mechanics Aerodynamics Computational physics Immersed boundary method Navier–Stokes equations Incompressible flow Projection method Partial differential equation Lubrication theory Fluid dynamics Computational fluid dynamics Calculus
85	Arch. Mech., 57, 5, pp. 363–385, Warszawa[removed]Integral representations at the boundary for Stokes flow and related symmetric Galerkin formulation D. CAPUANI1) , D. BIGONI2) , M. BRUN2) 1) Add to Reading List Source URL: www.ing.unitn.it Language: English - Date: 2005-10-26 18:00:00 Navier–Stokes equations Dirac delta function Closed and exact differential forms Mathematical analysis Fourier analysis Aerodynamics
86	COMPARISON OF TURBULENCE MODELS FOR SIMULATING FLOW IN WATERJETS X. Luo, B. Epps, C. Chryssostomidis and G. Karniadakis MITSG[removed]Sea Grant College Program Add to Reading List Source URL: esrdc.mit.edu Language: English - Date: 2011-07-28 16:11:00 Aerodynamics Turbulence models Turbulence Computational fluid dynamics Navier–Stokes equations Viscosity Turbulence modeling Large eddy simulation Spectral method Fluid dynamics Physics Fluid mechanics
87	Proceedings of the ASME 2009 International Design Engineering Technical Conferences & Computers and Information in Engineering Conference IDETC/CIE 2009 August 30-September 2, 2009, San Diego, USA DETC2009-87537 Add to Reading List Source URL: web.engr.oregonstate.edu Language: English - Date: 2010-09-01 19:34:53 Chemistry Chemical engineering Piping Navier–Stokes equations Incompressible flow Settling Immersed boundary method Viscosity Reynolds number Aerodynamics Fluid dynamics Fluid mechanics
88	Fluid Structure Interaction Analysis of Two-Phase Flow in an M-shaped Jumper Star Global Conference 2012 University of Houston College of Technology Add to Reading List Source URL: www.cd-adapco.com Language: English - Date: 2013-07-31 15:32:33 Dynamics Piping Chemical engineering Continuum mechanics Two-phase flow Turbulence Navier–Stokes equations Computational fluid dynamics Laminar flow Aerodynamics Fluid mechanics Fluid dynamics
89	The current issue and full text archive of this journal is available at www.emeraldinsight.com[removed]htm Large eddy simulations of the influence of piston position on the swirling flow in a model Add to Reading List Source URL: www.cse-lab.ethz.ch Language: English - Date: 2014-03-13 06:21:42 Aerodynamics Turbulence Piping Large eddy simulation Vortex Turbulence modeling Lamb–Oseen vortex Viscosity Navier–Stokes equations Fluid dynamics Fluid mechanics Dynamics
90	Direct numerical simulation of flow and acoustic fields around an air-reed instrument with tone holes Hiroshi YOKOYAMA1, Masaki KOBAYASHI2, Hirofumi ONITSUKA3 Akira MIKI4, Akiyoshi IIDA5 1,2,5 Add to Reading List Source URL: www.acoustics.asn.au Language: English - Date: 2014-12-01 23:19:49 Dynamics Acoustics Navier–Stokes equations Vorticity Turbulence Acoustic wave Aeroacoustics Flute Vortex Aerodynamics Fluid mechanics Fluid dynamics

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