... 17 06 2011 computational fluid dynamics finite element analysis hydrodynamics shock absorbers sloshing vibration control tuned liquid damper (TLD) liquid sloshing arbitrary tank geometry equivalent mechanical model damping screens Recent building trends have led...

... and that found using finite element analysis. 12 07 2010 30 11 2010 13 01 2011 13 01 2011 finite element analysis flow through porous media laminar flow Navier-Stokes equations pipe flow high Reynolds number flows porous wall Navier–Stokes equations hollow fibers...

...). 15 01 2009 07 05 2009 24 06 2009 compressibility compressible flow confined flow extrusion finite element analysis flow simulation foams slip flow swelling annular flow extrudate swell exit correction foam extrusion blow molding Newtonian fluid compressibility...

.... 020801 . boundary layers differential equations external flows film flow finite element analysis flow simulation integration liquid films The deposition of a thin liquid film is commonly encountered in a number of tribological and coating applications ( 1 2 3 ) and involves...

... , and t = 12.80 ± 0.09 ms . The dashed lines indicate the uncertainty in model predictions. In summary the data in Figs. 14 15 16 17 18 19 demonstrate that model predictions accurately match experimental data. drops finite element analysis Galerkin method jets...

..., the flattening of the velocity profile in the contraction plane, and the separation of the boundary layer downstream the contraction. 12 07 2007 15 01 2008 29 07 2008 finite element analysis least squares approximations non-Newtonian flow non-Newtonian fluids multifield...

... in terms of averaged or instantaneous particle quantities. Various forms of the interphase momentum transfer model are examined, and simulation results from these models are compared. 28 08 2006 09 06 2007 finite element analysis flow simulation fluidised beds two-phase flow...

... distributions along the centerline: ( a ) pressure (planar flow), ( b ) velocity (planar flow), ( c ) pressure (axisymmetric flow), and ( d ) velocity (axisymmetric flow). blow moulding compressibility extrusion finite element analysis pipe flow slip swelling annular flow extrudate swell...

... methods finite element analysis cavitation dual-cavitating propeller multispeed design cavitation Newton-Rader Conventional subcavitating propellers are designed for fully submerged operations in a regime absent of cavitation for good performance. With recent advances in computational...

...-Dimensionality on the Lift and Drag of Nominally Two-Dimensional Cylinders ,” Phys. Fluids 1070-6631 10.1063/1.868500 , 7 ( 8 ), pp. 1841 – 1865 . flow simulation external flows finite element analysis boundary layer turbulence shear turbulence wakes vortices LES method turbulent...

... of the turbulent boundary layer on the blades become important, the prediction tends to become inaccurate. 25 10 2005 05 10 2006 flow simulation fans flow instability finite element analysis blades boundary layer turbulence impellers wakes The aero-acoustic noise of a low-Mach...

... viscoelasticity extrusion blow moulding dies (machine tools) finite element analysis plastics industry production engineering computing blow molding parison extrusion finite element simulation neural network model Blow molding is a major polymer processing technique for manufacturing a wide...

... experiments are used to validate the model. In particular, our results show that the modal behaviour of the meter can only be adequately modeled if these practical features are included. 29 03 2005 05 04 2006 flowmeters pipe flow damping finite element analysis Coriolis force flow...

... Viscoplastic Flows With Regions of Recirculation ,” J. Rheol. 0148-6055 10.1122/1.549976 , 32 , pp. 387 – 400 . Scott , P. S. , Mirza , F. A. , and Vlachopoulos , J. , 1986 , “ A Finite Element Analysis of Laminar Flows Through Planar and Axisymmetric Abrupt Expansions ,” Comput...

... of applications will become accessible methods for cavitation prediction based on algebraic stability criteria combined with LES. bubbles two-phase flow cavitation flow simulation external flows finite element analysis Galerkin method least squares approximations Runge-Kutta methods Weibull...

... = ∑ ρ ( l i + k d i ) A i = 6014 × ρ kg ∕ m 4 3 Modeling the complete damping orifice using the finite volume method described in Sec. 2 , L D = 6021 × ρ kg ∕ m 4 computational fluid dynamics finite element analysis confined flow...

... oscillations pulsatile flow flow instability Navier-Stokes equations hydrodynamics finite element analysis single-blade impeller hydrodynamic forces rotor oscillations flow induced vibrations The numerical and the experimental investigations in this paper show that the pressure...

.... , and Zisis , T. , 2001 , “ Flow of Bingham Plastics in a Lid-Driven Square Cavity ,” J. Non-Newtonian Fluid Mech. 0377-0257 , 101 , pp. 173 – 180 . non-Newtonian flow polymer solutions blood haemodynamics sediments geophysical fluid dynamics vortices Galerkin method finite element...

... of Boundary Layers on a Compressor Blade in Cascade ,” NASA Contract Report 185118. plates (structures) boundary layer turbulence laminar to turbulent transitions turbomachinery damping finite element analysis compressors Second Moment Closures Stabilized Finite Element Methods Transition...

... solutions non-Newtonian flow flow simulation finite element analysis rheology continuum mechanics Gaussian processes Galerkin method Two persistent challenges in polymeric fluid mechanics are the development of accurate rheological models to describe the stress-strain relationship...