... and unsteady zones of operation. 1 Corresponding author. e-mail:  b_mondal@cmeri.res.in 01 06 2022 28 10 2022 23 11 2022 circular cylinder low Reynolds number critical solid volume fraction vortex shedding nanofluids The control of boundary layer separation for flow...

...Sourav Garai; Dipankar Chatterjee; Bittagopal Mondal The freestream flow around a bluff object shows steady symmetric nature in the low Reynolds number laminar regime. However, when the Reynolds number increases to a critical value, the flow shows unsteadiness with alternate shedding of vortices...

... around porous objects. e-mail:  d_chatterjee@cmeri.res.in 17 11 2020 02 06 2021 09 07 2021 porous cylinder wake low Reynolds number critical Darcy number Porous materials are quite common in engineering applications. For examples, porous scaffold biomaterials...

... at low Reynolds number using a finite volume based IBM. A staggered Cartesian grid system is used and SIMPLE algorithm is used to solve the governing continuity and Navier–Stokes equations. The developed model is validated using the previous research work and numerical simulations are carried out...

...Dipankar Chatterjee; Kanchan Chatterjee; Bittagopal Mondal Electromagnetic fields may be used to control the flow separation during the flow of electrically conducting fluids around bluff obstacles. The steady separated flow around bluff bodies at low Reynolds numbers almost behaves as a creeping...

... 2009 flow simulation Knudsen flow mass transfer microfluidics micropumps Navier-Stokes equations numerical analysis slip flow microfluidics viscous micropump slip flow low Reynolds number CFD Micropumps are important devices in various fields such as medical science...