In this paper, a numerical simulation of fluid flow and heat transfer in a rotary regenerator is presented. The numerical method is based on the simultaneous solution of the transient momentum and energy equations using a finite volume scheme...

numerical simulations on a typical splash-plate nozzle using the developed computer code. The correlations were obtained by performing a close inspection of the numerical results in order to extract all information regarding the liquid film and spray...

A numerical model is developed to study the transient

behavior of a liquid jet leaving a capillary tube under an

electrostatic field. The surface profile of the deforming jet is

defined using the ...

A three-dimensional model of free-surface flows with heat transfer, including solidification, was used to model the build-up of a coating layer in a thermal spray process. The impact of several nickel particles on a stainless ...

to ejector performance drop. Since the entropy generation is equivalent to performance losses, this parameter was investigated in numerical simulations. The results showed that the mixing phenomenon act as a main role in the entropy generation when...

In the present study, a zero-dimensional numerical method is developed based upon the crank angle to investigate reciprocating natural gas compressor with valve faults. This model aims to take piston movement, valve dynamic, ...

In this paper, a two-dimensional numerical model is developed to study liquid sloshing in containers in presence of liquid free surface deformation, liquid viscosity and surface tension. The model is validated by a comparison ...

Simulation of the spray characteristics of black liquor in order to develop a computer code for optimization of a splat nozzle

Purpose: To perform a numerical simulation of the impingement process, including flattening and

simultaneous solidification, of a liquid droplet onto a solid surface. Methods: The numerical solution for the complete. Navier-Stokes equations...