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Non-Linear Optimization SQP Technique in Multiphase Flow

Name: Non-Linear Optimization SQP Technique in Multiphase Flow
Brand: LAP LAMBERT Academic Publishing
SKU: 37293780
Price: 813 CZK
Availability: InStock
Author: Deepak Awasthi
ISBN: 9786204207346

Deepak Awasthi

Rajive Gupta

Jazyk

Angličtina

Kniha Brožovaná

Libristo kód: 37293780

Nakladatelství LAP LAMBERT Academic Publishing, září 2021

Multiphase fluid flows have applications in natural, scientific, and engineering systems. In today's... Celý popis

Libristo kód: 37293780

81 b

813 Kč

Skladem u dodavatele Odesíláme za 5-8 dnů

Až 30 dní na vrácení zboží

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Multiphase fluid flows have applications in natural, scientific, and engineering systems. In today's scenario, it is very important to have an analysis of multiphase fluid flows for which Lattice Boltzmann law is used. For this, the second-order D2Q9 LBM model is used. Also for accurate analysis, the higher-order LBM models are used. During the analysis of multiphase fluids, a piecewise linear equation of state is adopted for nonideal fluids in which two equations are used for defining the mechanical and chemical equilibrium. Both the equation possesses two roots usually referred to as spinodal points. In the present work for getting these spinodal points, the two equations have been simultaneously solved with the help of a nonlinear programming method called Sequential Quadratic Programming (SQP). The code has been developed in MATLAB. The spinodal points for few cases available in the literature have been obtained with higher accuracy using the above optimization method. A parameter that tunes mechanical stability conditions for multiphase fluid flow has been estimated using the second-order regression analysis.