A numerical investigation of flow topology in open-type cavities with length-to-depth ratio L/h
1= 4 was performed in the Reynolds number range of 10–1000. Cavities with differently …

The purpose of this thesis is the analysis and the development of low-cost numerical tools.
The first chapter is a review on Non-Intrusive Reduced Basis methods (NIRB) studied during …

The need for accelerating the repeated solving of certain parametrized systems motivates
the development of more efficient reduced order methods. The classical reduced basis …

Objectives: In this study, the behavior of laminar, incompressible and Newtonian fluid flow
through the two dimensional backward facing step channels with the expansion ratio 1: 2 is …

In order to design next generation gas turbine combustor and rocket engines, a systematic
study of flame structure at high intensity turbulent flow is necessary. The fundamental study …

Computational examinations of the flow field in an open channel having a single Backward--
Facing Step (BFS) with a constant water depth of 1.5 m were performed. The effects of the …

Numerical simulations of two-dimensional viscous and inviscid flows with FEATool
Multiphysics package are presented. Three examples under consideration are as follows: 1) …

This paper focuses on the non-intrusive reduced basis (NIRB) method called the\textit {two
grids method}. It is used for the simulation of parametric partial differential equations to …

Separated flows occur in many engineering application such as in airfoils, car tail, around
building, etc. and often lead to swirling flow and reattachment. Backward-facing step …

It is well known that regions inside the human arterial network susceptible to atherosclerosis
experience a complex flow environment. Endothelial Cells (ECs) lining the inner wall of …