Add to ORKGA pressure based solver is developed for an incompressible laminar Newtonian fluid using finite volume method. In the present work the coupling between density and pressure is removed, as well as the coupling between the energy equations for compressible flows. And also the effect of increased mesh resolution and mesh grading towards the walls is investigated. The solver is validated with the existing solver in the literature. The results are analyzed for standard test case driven cavity flow for different mesh sizes
Fully coupled, Newton-Krylov algorithms are investigated for solving strongly coupled, nonlinear sys...
We performed an investigation into explicit algorithms for the simulation of incompressible flows us...
A set of benchmark problems concerning laminar and incompressible flows are solved by means of self-...
A numerical simulation of an incompressible viscous flow using the finite element method is presente...
Abstract—Pressure based solver (PBS) is an algorithm to solve the pressure equation which is derived...
A pressure-based algorithm for incompressible flows is presented. The algorithm employs a finite-vol...
A finite element numerical method is developed for the modelling of compressible flows with locally ...
In this thesis numerical solution of 2D steady laminar incompressible viscous Navier-Stokes equation...
The basic idea of pressure based method to predict compressible flows solving the governing partial ...
Selecting compute nodes and solution grid generation are the first steps of numerical solutions. The...
In this paper, a pressure correction algorithm for computing incompressible flows is modified and im...
The characteristic-based split (CBS) method has been widely used in the finite element community to ...
[[abstract]]Pressure correction equation has been widely used for numerical prediction of unsteady i...
This paper presents the numerical results of compressible and incompressible flow problems through ...
Suitability of finite difference method and finite volume method for computation of incompressible n...
Fully coupled, Newton-Krylov algorithms are investigated for solving strongly coupled, nonlinear sys...
We performed an investigation into explicit algorithms for the simulation of incompressible flows us...
A set of benchmark problems concerning laminar and incompressible flows are solved by means of self-...
A numerical simulation of an incompressible viscous flow using the finite element method is presente...
Abstract—Pressure based solver (PBS) is an algorithm to solve the pressure equation which is derived...
A pressure-based algorithm for incompressible flows is presented. The algorithm employs a finite-vol...
A finite element numerical method is developed for the modelling of compressible flows with locally ...
In this thesis numerical solution of 2D steady laminar incompressible viscous Navier-Stokes equation...
The basic idea of pressure based method to predict compressible flows solving the governing partial ...
Selecting compute nodes and solution grid generation are the first steps of numerical solutions. The...
In this paper, a pressure correction algorithm for computing incompressible flows is modified and im...
The characteristic-based split (CBS) method has been widely used in the finite element community to ...
[[abstract]]Pressure correction equation has been widely used for numerical prediction of unsteady i...
This paper presents the numerical results of compressible and incompressible flow problems through ...
Suitability of finite difference method and finite volume method for computation of incompressible n...
Fully coupled, Newton-Krylov algorithms are investigated for solving strongly coupled, nonlinear sys...
We performed an investigation into explicit algorithms for the simulation of incompressible flows us...
A set of benchmark problems concerning laminar and incompressible flows are solved by means of self-...