In this paper, numerical, curvilinear, turbulent model has been used to investigate the effect of vortex generator longitudinal displacement on heat transfer and fluid flow in different Reynolds number from 500 to 3000. The numerical model has been validated with experimental results of a former study. Numerical simulation shows that the vorticity enhancement increases both Nusselt number and pressure drop. Proposed trend is not constant and the pattern at which parameters change is depended on Reynolds number. Finally, a mutual optimization of pressure drop and Nusselt has been suggested based on the order of parameter changes
The effect of nondimensional thickness of a winglet type vortex generator is investigated in terms o...
Heat transfer enhancement is believed can be achieved by using vortex generator. In the past decades...
International audienceVortex generators (VG) are widely used in multifunctional heat exchangers/reac...
In this paper, numerical, curvilinear and turbulent model has been used to investigate the effect of...
In this paper, numerical, curvilinear and turbulent model has been used to investigate the effect of...
In this paper a two-dimensional numerical simulation of a steady incompressible and turbulent model ...
Global and local analysis of the heat transfer in turbulent vortical flows is studied using three-di...
Vortex generator as secondary flow enhancement technique has captured the attention of many research...
210 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 2007.The numerical results are use...
This paper summarizes the current state of the art related to improvement of the heat exchanger surf...
This paper summarizes the current state of the art related to improvement of the heat exchanger surf...
The longitudinal vortices were artificially generated by a single winglet vortex generator in a pipe...
A fin-and-tube heat exchanger with three different types of vortex generators is investigated in thi...
Longitudinal vortex generators are commonly applied to conventional plate fin heat exchanger due to ...
Compact heat exchangers are well known for their ability to transfer a large amount of heat while re...
The effect of nondimensional thickness of a winglet type vortex generator is investigated in terms o...
Heat transfer enhancement is believed can be achieved by using vortex generator. In the past decades...
International audienceVortex generators (VG) are widely used in multifunctional heat exchangers/reac...
In this paper, numerical, curvilinear and turbulent model has been used to investigate the effect of...
In this paper, numerical, curvilinear and turbulent model has been used to investigate the effect of...
In this paper a two-dimensional numerical simulation of a steady incompressible and turbulent model ...
Global and local analysis of the heat transfer in turbulent vortical flows is studied using three-di...
Vortex generator as secondary flow enhancement technique has captured the attention of many research...
210 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 2007.The numerical results are use...
This paper summarizes the current state of the art related to improvement of the heat exchanger surf...
This paper summarizes the current state of the art related to improvement of the heat exchanger surf...
The longitudinal vortices were artificially generated by a single winglet vortex generator in a pipe...
A fin-and-tube heat exchanger with three different types of vortex generators is investigated in thi...
Longitudinal vortex generators are commonly applied to conventional plate fin heat exchanger due to ...
Compact heat exchangers are well known for their ability to transfer a large amount of heat while re...
The effect of nondimensional thickness of a winglet type vortex generator is investigated in terms o...
Heat transfer enhancement is believed can be achieved by using vortex generator. In the past decades...
International audienceVortex generators (VG) are widely used in multifunctional heat exchangers/reac...