This paper describes a study of the local and global effect of an isolated group of cylinders
on an incident uniform flow. Using high resolution two-dimensional computations, we …

Porous organic cages (POCs) are a class of emerging porous materials with high porosity
and selectivity for gas adsorption and separation. As a representative of first‐generation …

Porous particles are crucial in environmental engineering, energy, and the chemical
industry, boasting unique hierarchical structures and extensive surface areas. This review …

The viscous flow over a thick permeable circular disk in the Reynolds number (Re) range of
10 to 130 and in the Darcy number (Da) range of 10− 9 to 1 is examined. Direct numerical …

Due to its unique pore structure, porous materials have the potential to be used in the fields
of acoustic noise reduction and flow drag reduction control. In order to study their effects and …

Flow and heat transfer from an isolated square cylinder maintained at a constant
temperature is considered. The cylinder is porous with constant permeability and porosity …

Fully-resolved simulations of a burning char particle are performed to understand the effects
of chemical reactions on the drag force by using the ghost cell immersed boundary method …

In this analysis, the significance of different alignments of porous elliptical cylinder and
orientation of magnetic field intensity on the buoyancy driven flow and heat transfer traits in …

Fluid flow and heat transfer around and through a porous cylinder is an important issue in
engineering applications. In this paper a numerical study is carried out for simulating the …

Fluid flow across a porous cylinder has various engineering applications. In this paper, a two-
dimensional, steady, and laminar flow around and through a porous diamond-square …