Add to ORKGThe aim of the paper is to develop the calculation method of heat exchange from elements with three-dimensional roughness. First the similarity equations have been obtained for the staggered arrangement of elements in the laminar and mixed flow conditions. The results can be used at design of different heat exchangers with investigated roughness elements. Area of application: heat power engineering, radio-electronic equipment, solar-heat collectorsAvailable from VNTIC / VNTIC - Scientific & Technical Information Centre of RussiaSIGLERURussian Federatio
In this paper, heat transfer problems exhibiting sharp thermal gradients are analyzed using the clas...
This thesis experimentally investigates the enhancement of single-phase heat transfer, frictional lo...
One of the main problems that occur during the design of the heat exchangers that operate at elevate...
Abstract. Objectives The aim of the present work is to carry out mathematical modelling of heat exch...
The heat exchange and hydraulic resistance connected with it in the channels including with artifici...
The method of numerical modeling of heat transfer between three-dimensional objects being in contact...
One of the most effective passive techniques for heat transfer enhancement in heat exchanger devices...
The present paper is devoted to the numerical modeling of roughness effects on laminar flow in micro...
There the study objects are the non-smooth channels of cryogenic devices. The purpose is to develop ...
The paper presents two analytical solutions namely for Fanning friction factor and for Nusselt numbe...
A numerical calculation procedure based on the least-squares finite element method (LSFEM) is employ...
Providing roughness is an effective method to heat fluids to high temperature. Present paper make us...
In trih work construction elements and heat-exchange apparatus channelsused in termal and nuclear po...
The objective of this thesis was to determine the effect of roughness on the flow and the heat trans...
The analytical solution is given for the two-dimensional heat conduction in a rectangular cross sect...
In this paper, heat transfer problems exhibiting sharp thermal gradients are analyzed using the clas...
This thesis experimentally investigates the enhancement of single-phase heat transfer, frictional lo...
One of the main problems that occur during the design of the heat exchangers that operate at elevate...
Abstract. Objectives The aim of the present work is to carry out mathematical modelling of heat exch...
The heat exchange and hydraulic resistance connected with it in the channels including with artifici...
The method of numerical modeling of heat transfer between three-dimensional objects being in contact...
One of the most effective passive techniques for heat transfer enhancement in heat exchanger devices...
The present paper is devoted to the numerical modeling of roughness effects on laminar flow in micro...
There the study objects are the non-smooth channels of cryogenic devices. The purpose is to develop ...
The paper presents two analytical solutions namely for Fanning friction factor and for Nusselt numbe...
A numerical calculation procedure based on the least-squares finite element method (LSFEM) is employ...
Providing roughness is an effective method to heat fluids to high temperature. Present paper make us...
In trih work construction elements and heat-exchange apparatus channelsused in termal and nuclear po...
The objective of this thesis was to determine the effect of roughness on the flow and the heat trans...
The analytical solution is given for the two-dimensional heat conduction in a rectangular cross sect...
In this paper, heat transfer problems exhibiting sharp thermal gradients are analyzed using the clas...
This thesis experimentally investigates the enhancement of single-phase heat transfer, frictional lo...
One of the main problems that occur during the design of the heat exchangers that operate at elevate...