In this work, a numerical study was performed to investigate the characteristics of pressure drop and heat transfer in an oscillatory flow through offset-strip fins. In the laminar regime, the flow does not oscillate, and the Colburn j and friction f factors from a steady simulation are very close to those of an unsteady simulation. The flow begins to oscillate in the transition and turbulence regimes. In these regimes, the error between the f and j values obtained from the unsteady and steady simulations becomes significant. Since an unsteady simulation is too computationally expensive, a steady simulation with a turbulence model was tested. It was found that a steady simulation with the SST(shear stress transport) k- turbulence model can ...
AbstractGenerally, the Offset Strip Fin (OSF) in a plate-fin heat exchanger provides a greater heat ...
An experimental study is performed to investigate the pressure drop distribution and turbulence inte...
This paper describes a numerical simulations of oscillating flow in a constricted duct and compares ...
A numerical study is presented to investigate the characteristics of pressure drop and heat transfer...
This paper numerically investigates thermo-flow characteristics of offset strip fins to obtain a cor...
A steady-state three-dimensional numerical model was used to study the heat transfer and pressure dr...
A numerical investigation of heat transfer enhancement in offset strip fin heat exchangers in self-s...
The thermo-flow characteristics of a heat exchanger with offset-strip fins are numerically investiga...
In this study, the offset strip fin array in a liquid flow liquid flow through module was examined. ...
The efficiency of heat exchangers is important in the HV ACIR industry. Driven by high energy stand...
This chapter is aimed to address the performance of compact heat exchangers with offset strip fin, w...
117 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 2006.Pressure drop, anemometry, pa...
Experiments were performed to study the fully developed turbulent flow heat transfer and friction fa...
In this paper, the behavior of oscillating laminar boundary layer over a flat plate with an unheated...
The primary aim of this study was to consider novel configurations of water-cooled micro-channel lay...
AbstractGenerally, the Offset Strip Fin (OSF) in a plate-fin heat exchanger provides a greater heat ...
An experimental study is performed to investigate the pressure drop distribution and turbulence inte...
This paper describes a numerical simulations of oscillating flow in a constricted duct and compares ...
A numerical study is presented to investigate the characteristics of pressure drop and heat transfer...
This paper numerically investigates thermo-flow characteristics of offset strip fins to obtain a cor...
A steady-state three-dimensional numerical model was used to study the heat transfer and pressure dr...
A numerical investigation of heat transfer enhancement in offset strip fin heat exchangers in self-s...
The thermo-flow characteristics of a heat exchanger with offset-strip fins are numerically investiga...
In this study, the offset strip fin array in a liquid flow liquid flow through module was examined. ...
The efficiency of heat exchangers is important in the HV ACIR industry. Driven by high energy stand...
This chapter is aimed to address the performance of compact heat exchangers with offset strip fin, w...
117 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 2006.Pressure drop, anemometry, pa...
Experiments were performed to study the fully developed turbulent flow heat transfer and friction fa...
In this paper, the behavior of oscillating laminar boundary layer over a flat plate with an unheated...
The primary aim of this study was to consider novel configurations of water-cooled micro-channel lay...
AbstractGenerally, the Offset Strip Fin (OSF) in a plate-fin heat exchanger provides a greater heat ...
An experimental study is performed to investigate the pressure drop distribution and turbulence inte...
This paper describes a numerical simulations of oscillating flow in a constricted duct and compares ...