Pipe Flow

A general transformation procedure for differential viscoelastic models

Engineering / Finite Volume Methods / Transformation / Stress field / Model Transformation / Mathematical Sciences / Physical sciences / Non-newtonian Fluid Mechanics / Pipe Flow / Time Dependent / Three Dimensional / Differential / Differential equation / Constitutive Equation / Viscoelastic / Mathematical Sciences / Physical sciences / Non-newtonian Fluid Mechanics / Pipe Flow / Time Dependent / Three Dimensional / Differential / Differential equation / Constitutive Equation / Viscoelastic

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

A general transformation procedure for differential viscoelastic models

Engineering / Finite Volume Methods / Transformation / Stress field / Model Transformation / Mathematical Sciences / Physical sciences / Non-newtonian Fluid Mechanics / Pipe Flow / Time Dependent / Three Dimensional / Differential / Differential equation / Constitutive Equation / Viscoelastic / Mathematical Sciences / Physical sciences / Non-newtonian Fluid Mechanics / Pipe Flow / Time Dependent / Three Dimensional / Differential / Differential equation / Constitutive Equation / Viscoelastic

NEURAL NETWORK AND GENETIC PROGRAMMING IN PRESSURE LOSS ESTIMATION IN ECCENTRIC PIPE FLOW

Fluid Mechanics / Genetic Algorithms / Active Control of Fluid Flows / Artificial Neural Networks / Pipe Flow / Eccentric Viewing / Flow of Fluids / Eccentric Viewing / Flow of Fluids

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