Study of Heat Transfer Processes in a Three-Phase, Single-Chamber Plasma Torch with End ElectrodesPLASMA torchENERGY dissipationHEAT transferCURRENT-voltage characteristicsNITROGEN plasmasThe paper presents the results of a study of the effect of the flow rate and pressure of a plasma-forming gas (...
M. F. Shirokov, “Effect of frictional heat on heat-transfer processes at high velocities,” Izv. VTI, No. 9, 26–30 (1935). Google Scholar F. I. Frankl' and V. V. Voishel', “Friction in turbulent boundary layer around plate in plane-parallel flow of compressible gas at high ...
Modelling of cold-start engine exhaust behaviour is a difficult task as it involves complicated heat transfer processes associated with water condensation and evaporation at the walls of the exhaust manifold/pipe and monolith cells, and the chemical reactions of CO/HC/NO in the three-way catalytic...
A mathematical model for three-dimensional heat and mass transfer in metal–hydrogen reactor is presented. The model considers three-dimensional complex heat, and mass transfer and chemical reaction in the reactor. The main parameter in hydriding processes is found to be the equilibrium pressure, whi...
LDX Xu - 《Applied Thermal Engineering Design Processes Equipment Economics》 被引量: 0发表: 2015年 Experimental Study on Pressure Drop and Heat Transfer Characteristics of Wet Air with Ash Particles across Circular Finned Tube Bundles In this paper, in order to provide guidance on the design and...
The problem of intensification of thermal processes and the process of heat exchange in a plate heat exchanger of the HHN02 type is considered. A comparison is made of two types of heat exchangers - shell-and-tube and plate. The formulas... NY Savvin,LA Kushchev,AY Feoktistov,... -...
heat transfer coefficients/ A4725Q Convection and heat transfer A0240 Geometry, differential geometry, and topology A4740 Compressible flows shock and detonation phenomena A4760 Flows in ducts, channels, and conduits A6845 Solid-fluid interface processes A4730 Rotational flow, vortices, buoyancy and ...
Thus, the self-oscillation of the system is driven by the gravitational force and the phase lag between the evaporation and condensation processes. The overall heat transfer coefficient is found to be approximately constant irrespective of heat load for the experimental cases considered. The results ...
Heat transfer coefficient SS Stainless steel Other symbols ΔT Wall superheat, [K] 1. Introduction Liquid-vapor phase transition is a basis of multiple industrial processes. For instance, it is vital for vapor-compression refrigeration systems such asair conditioners, refrigerators, heat pumps andchill...
An immovable layer in a medium, separating the counterflows of liquid, increases the generation of heat in the medium, and the heat flow generated exceeds substantially the molecular one even in the case where it has a low velocity. Such processes provide the mass exchange in living organisms ...