In the present study, a numerical simulation is carried out to analyze the effect of turbulent
intensity on the flow behavior of flow past two dimensional bluff bodies. Triangular prism …

Reduced-order modeling (ROM) techniques involving physics are gaining importance due
to their ability to generate physically meaningful results swiftly and accurately. They are …

Wake dynamics and forced convective heat transfer characteristics past a semi-circular
cylinder at incidence have been investigated numerically. Utilizing air as an operating fluid …

This article presents truncation error terms for flux approximations on mesh faces, needed by
the finite-volume method, and their influence on solution accuracy in the search for the …

This investigation evaluated the impact of three mesh types (hexahedral, tetrahedral, and
hybrid cells) and five grid numbers (3, 6, 12, 24, and> 38 million cells) on the accuracy and …

Binary fluid flows distinguished by high-density ratio are of practical importance to many of
the engineering applications. Numerical simulations of such flows having sharp …

The present study considers a measure for enhancing mixing capability in micromixers. It
incorporates a new design of obstacle, in the form of thin curved ribs, inside the micromixer …

The complex turbulent swirling flow inside cyclone separators was studied using high-fidelity
large eddy simulations (LESs). Using the appropriate subgrid-scale LES model, flow …

The present study considers the mixing characteristics of gaseous species in a channel with
wavy walls. Waviness imparted along the walls are uniquely defined by the wavelength (λ) …

An unsteady two-dimensional numerical simulation is performed to investigate the forced
convection heat transfer for flow past a long heated equilateral triangular cylinder in an …