On heat transfer effects of a viscous fluid squeezed and extruded between two parallel plates

Unsteady mixed nano-bioconvection flow in a horizontal channel with its upper plate expanding or contracting

“…In addition to this the 2nd grade fluid flow between the rotating parallel plates was investigated in the papers by Rajagopal & Gupta [5] and Dandapat & Gupta [6]. Duwairi et al [7] examined the effects of heat transfer on the squeezing flow of a viscous fluid. Khaled & Vafai [8] investigated the influence of magnetohydrodynamic effects on the squeezing flow and heat transfer over a sensor surface.…”

Bioconvection in a squeezing flow of a micropolar fluid in a horizontal channel

“…In the limit → κ 0, → γ 0, and → j 0, Equations (1) to (7) reduce to the viscous fluid case. The corresponding boundary conditions are…”

“…Gupta and Gupta identified that the unsteady squeezing channel flow problem could be simplified to the remarkable extent through similarity transformation in the case that the parallel plates are kept at a distance, which varies as the square root of a linear function of time. The unsteady squeezing flow problems were investigated by several researchers, eg, Verma, Singh et al, Hamza, Duwairi et al, Mustafa et al, Umar Khan and coworkers, Khan et al, Mohyud‐Din et al, Adnan et al, Adesanya et al, Saba et al, Khan et al, and Sultan et al with consideration of various physical properties and computational techniques.…”

Analysis of entropy generation effects in unsteady squeezing flow in a rotating channel with lower stretching permeable wall

“…Khaled and Vafai [13] considered the oscillatory squeezed flow of a thin viscous film in a channel with its upper plate inclined and found that the fluctuations have great impact on axial and normal velocities. Duwairi et al [14] studied the heat transfer effects in a squeezed flow of Newtonian fluid between two parallel plates. Ghori et al [15] utilized homotopy perturbation method to investigate the squeezing flow of Newtonian fluid.…”