The pulsating nature of a closed loop pulsating heat pipe (CLPHP)makes the prediction of its thermal-hydraulic performance extremely challenging.
The pulsating nature of a closed loop pulsating heat pipe (CLPHP) makes the prediction of its thermal-hydraulic performance extremely challenging.
Due to the local pulsating/transient nature and complex thermal-hydraulic coupling of a closed loop pulsating heat pipe (CLPHP), there is a need to develop an effective simulation code capable to d
In this study, several 2D numerical simulations on a non- Newtonian flow over a confined cylinder placed in a rectangular microchannel are carried out at different Weissenberg (Wi) numbers.
The integral equation of renewal type has numerous applications in applied probability. However, it is usually not solvable in closed form.
We present the results of numerical simulations on Ising spin glasses in zero magnetic field with nearest neighbor interactions on cubic lattices in two, three and four dimensions with both Gaussi
The study of turbulent fluids usually brings to mind complicated time-dependent flows with a rich spatial structure evolving on many different time and length scales.
In this paper, circular synthetic jets at low Reynolds numbers issued into quiescent flows are numerically studied.
In this paper, mixing in microscale channels augmented by vibrating stirs is numerically studied.
We have simulated numerically the dynamics of nonequilibrium electron transport in n-p-n AlGaAs/GaAs heterojunction bipolar transistors.
