Flow Regime

ANÁLISIS DEL EFECTO DE ALGUNOS PARÁMETROS EN EL PROCESO DE ELECTROFORMADO DE PIEZAS CILÍNDRICAS DE NIQUEL A ESCALA MILI EFFECT ANALYSIS OF SOME PARAMETERS IN THE ELECTROFORMING PROCESS OF NIQUEL CYLINDRICAL PART AT MILI SCALE

Ls-Dyna / Current Density / Nickel / Flow Regime / Microstructures / Conformational Analysis / Aspect Ratio / Direct Current / Conformational Analysis / Aspect Ratio / Direct Current

Análisis del efecto de algunos parámetros en el proceso de electroformado de piezas cilíndricas de niquel a escala mili

Ls-Dyna / Current Density / Nickel / Flow Regime / Microstructures / Conformational Analysis / Aspect Ratio / Direct Current / Conformational Analysis / Aspect Ratio / Direct Current

Análisis del efecto de algunos parámetros en el proceso de electroformado de piezas cilíndricas de niquel a escala mili

Ls-Dyna / Current Density / Nickel / Flow Regime / Microstructures / Conformational Analysis / Aspect Ratio / Direct Current / Conformational Analysis / Aspect Ratio / Direct Current

Computational modeling of biomagnetic micropolar blood flow and heat transfer in a two-dimensional non-Darcian porous medium

Applied Mathematics / Heat Transfer / Finite element method / Magnetic field / Computer Model / Mathematical Model / Flow Regime / Blood Flow / Finite Difference Method / Interdisciplinary Engineering / Porous Medium / Meccanica / Boundary Condition / Numerical Solution / Similarity Transformation / Mathematical Model / Flow Regime / Blood Flow / Finite Difference Method / Interdisciplinary Engineering / Porous Medium / Meccanica / Boundary Condition / Numerical Solution / Similarity Transformation

Near-critical CO2 liquid--vapor flow in a sub-microchannel. Part II: Flow regimes

Engineering / Multiphase Flow / Fluid and Solid interaction / Slug Flow / Fluid flow / Free Energy / Lattice Boltzmann Method / Flow Regime / Mass Conservation / Boundary Condition / Moving Contact Line / Free Energy / Lattice Boltzmann Method / Flow Regime / Mass Conservation / Boundary Condition / Moving Contact Line

New equations for binary gas transport in porous media, Part 2: experimental validation

Environmental Engineering / Civil Engineering / Water resources / Porous Media / Laboratory experiment / Mass Transport / Industrial Application / Flow Regime / Mass Conservation / Numerical Model / Magnitude Estimation / Slip Boundary Condition / Experimental Validation / Gas Flow / Mass Transport / Industrial Application / Flow Regime / Mass Conservation / Numerical Model / Magnitude Estimation / Slip Boundary Condition / Experimental Validation / Gas Flow

New equations for binary gas transport in porous media, Part 2: experimental validation

Environmental Engineering / Civil Engineering / Water resources / Porous Media / Laboratory experiment / Mass Transport / Industrial Application / Flow Regime / Mass Conservation / Numerical Model / Magnitude Estimation / Slip Boundary Condition / Experimental Validation / Gas Flow / Mass Transport / Industrial Application / Flow Regime / Mass Conservation / Numerical Model / Magnitude Estimation / Slip Boundary Condition / Experimental Validation / Gas Flow

Significado de fábricas magnéticas en rocas volcánicas cuaternarias de la Isla Decepción (Shetland del Sur, Antártida)

AMS / Flow Regime / Magnetic fabrics / Deception Island

Comparison of experimental pressure drop data for two phase flows to prediction methods using a general model

Engineering / Statistical Analysis / Refrigeration / Two Phase Flow / Data Reduction / Pressure Drop / Flow Regime / Operant Conditioning / Pressure Drop / Flow Regime / Operant Conditioning

Near-critical CO2 liquid--vapor flow in a sub-microchannel. Part II: Flow regimes

Engineering / Multiphase Flow / Fluid and Solid interaction / Slug Flow / Fluid flow / Free Energy / Lattice Boltzmann Method / Flow Regime / Mass Conservation / Boundary Condition / Moving Contact Line / Free Energy / Lattice Boltzmann Method / Flow Regime / Mass Conservation / Boundary Condition / Moving Contact Line

A pseudospectral Fourier method for a 1D incompressible two-fluid model

Engineering / Time Use / Numerical Method / Higher Order Thinking / Mathematical Sciences / Physical sciences / Convergence Rate / Pipe Flow / PARTIAL DIFFERENTIAL EQUATION / Flow Regime / Linear Stability / Finite Difference / Exponential Convergence / Fast Fourier Transform / Runge Kutta / Physical sciences / Convergence Rate / Pipe Flow / PARTIAL DIFFERENTIAL EQUATION / Flow Regime / Linear Stability / Finite Difference / Exponential Convergence / Fast Fourier Transform / Runge Kutta

Fractal Flow Patterns in Hydrophobic Microfluidic Pore Networks: Experimental Modeling of Two-Phase Flow in Porous Electrodes

Materials Engineering / Two Phase Flow / Fluid Dynamics / Fuel Cell / Network Design / Porous Media / Fractal Analysis / Current Density / Size Distribution / Flow Regime / Operant Conditioning / Fractal Dimension / Flow Pattern / Water Transport / Flow Rate / Experimental Model / Porous Media / Fractal Analysis / Current Density / Size Distribution / Flow Regime / Operant Conditioning / Fractal Dimension / Flow Pattern / Water Transport / Flow Rate / Experimental Model

Análisis De La Función De Corrección De La Velocidad De Sedimentación Para Micro Partículas

Mechanical Engineering / Nanoparticles / Lie Theory / Sedimentation / Silicon Oxide / Particle Size / Flow Regime / Electrostatic force / Nanoparticles Detection / Particle Size / Flow Regime / Electrostatic force / Nanoparticles Detection

Análisis de la función de corrección de la velocidadde sedimentación para micro partículas

Mechanical Engineering / Nanoparticles / Lie Theory / Sedimentation / Silicon Oxide / Particle Size / Flow Regime / Electrostatic force / Nanoparticles Detection / Particle Size / Flow Regime / Electrostatic force / Nanoparticles Detection

Análisis De La Función De Corrección De La Velocidad De Sedimentación Para Micro Partículas Analysis of the Correction Function for Micro-Particle Sedimentation Velocity

Mechanical Engineering / Silicon Oxide / Particle Size / Flow Regime / Electrostatic force

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