Thermophoretic hydromagnetic dissipative heat and mass transfer with lateral mass flux, heat source, Ohmic heating and thermal conductivity effects: Network simulation numerical study

Abstract

White (1974) and Chamkha and Issa (2000). The present problem finds applications in optical fiber fabrication, aerosol filter precipitators, particle deposition on hydronautical blades, semiconductor wafer design, thermo-electronics and nuclear hazards.

Numerical analysis of combustion and transient heat transfer processes in a two-stroke SI engine

“…The differential equations (16) and (17) under boundary conditions (26) have been solved using the network simulation method (NSM), a powerful numerical method extensively used in a diverse variety of thermal and fluid problems [13][14][15].…”

“…As a result of this analysis, the engine p-θ diagram has been obtained, which contains relevant information about engine run, such as the evolution along the start of the engine (including transient period), which is very important on engine warm up and pollutant emissions, or maximum pressure in cylinder, which alerts in engine knock prevention. The numerical technique used to solve the problem is the Network Simulation Method (NSM) whose efficiency has been established for different non-lineal problems, both in the heat transfer domain [13,14], and other fields [15].…”

Numerical solution of thermo-solutal mixed convective slip flow from a radiative plate with convective boundary condition

“…Double-diffusive (thermo-solutal) convection flows are also of interest in many branches of engineering sciences including energy storage [20] , nuclear reactor leakage hazards [21] , nanotechnological materials processing [22], heat exchangers [23]. In natural convection heat and mass transfer, thermal and species buoyancy effects play a significant role.…”

NSM Solution on Transient Natural Convective Viscous Fluid Flow Past a Vertical Cone

“…The transient problem for fully developed mixed convection considering the effect of viscous dissipation is investigated for the laminar flow in a parallel-plate vertical channel by means of the Network Simulation Method and the thermal boundary condition considered is a forced convection in [26]. The laminar heat and mass transfer of an electrically-conducting, heat generating/absorbing fluid past a perforated horizontal surface in the presence of viscous and Joule (Ohmic) heating is solved using the NSM in [27]. [28], designed a suitable network model to model the equations of the unsteady problem (MHD free convection flow past a semi-infinite vertical porous plate), with the fluid considered non-gray (absorption coefficient dependent on wave length), and studied the effects of thermal radiation, viscous dissipation, suction/injection and magnetic field.…”

“…The network simulation method is a numerical technique whose accuracy, efficiency and reliability have already been proven in numerous linear and nonlinear direct problems in heat transfer engineering [20,21,22,23,24,25,26,27,28,29,30,31]. NSM simulates the behaviour of unsteady electric circuits by means of resistors, capacitors and non-linear devices that seek to resemble thermal systems governed by unsteady linear or non-linear equations.…”