Numerical analysis was carried for novel configuration of high temperature PFHE Fluid flow and heat transfer properties were studied for various fin configurations Ripsaw fin design with thickness of 0.05 mm gives maximum heat transfer with less pressure drop and friction factor Validation and parametric study were carried out for all fin configuration
The heat transfer and flow friction characteristics of plate fin surfaces are presented in terms of ...
Fin is an external surface attached to a large structure. A plate-fin heat exchanger is a type of he...
The heat transfer and flow friction characteristics of plate fin surfaces are presented in terms of ...
A novel fin configuration for high temperature ceramic plate-fin heat exchanger (PFHE) was developed...
Numerical analysis was carried for novel configuration of high temperature PFHE Fluid flow and heat...
In this study numerical analysis is carried out for four different types of fins for top and bottom ...
In this study numerical analysis is carried out for four different types of fins namely rectangular,...
Compact heat exchangers are widely used in industries due to their compactness, reduced space, energ...
Ceramic materials enable operation in high temperature and harsh environments and can so exceed the ...
The main objective of the present work is to investigation of optimum design of plate fin tube heat ...
In the cryogenics field, high effectiveness heat exchangers of the order of 0.96 or higher are widel...
This study presents the numerical simulation results for thermal performance analysis, flow visualiz...
Heat management at elevated temperatures is a key element to energy savings in power generation and ...
Plate fin heat exchangers, because of their compactness, low weight and high effectiveness are widel...
The heat transfer and flow friction characteristics of plate fin surfaces are presented in terms of ...
The heat transfer and flow friction characteristics of plate fin surfaces are presented in terms of ...
Fin is an external surface attached to a large structure. A plate-fin heat exchanger is a type of he...
The heat transfer and flow friction characteristics of plate fin surfaces are presented in terms of ...
A novel fin configuration for high temperature ceramic plate-fin heat exchanger (PFHE) was developed...
Numerical analysis was carried for novel configuration of high temperature PFHE Fluid flow and heat...
In this study numerical analysis is carried out for four different types of fins for top and bottom ...
In this study numerical analysis is carried out for four different types of fins namely rectangular,...
Compact heat exchangers are widely used in industries due to their compactness, reduced space, energ...
Ceramic materials enable operation in high temperature and harsh environments and can so exceed the ...
The main objective of the present work is to investigation of optimum design of plate fin tube heat ...
In the cryogenics field, high effectiveness heat exchangers of the order of 0.96 or higher are widel...
This study presents the numerical simulation results for thermal performance analysis, flow visualiz...
Heat management at elevated temperatures is a key element to energy savings in power generation and ...
Plate fin heat exchangers, because of their compactness, low weight and high effectiveness are widel...
The heat transfer and flow friction characteristics of plate fin surfaces are presented in terms of ...
The heat transfer and flow friction characteristics of plate fin surfaces are presented in terms of ...
Fin is an external surface attached to a large structure. A plate-fin heat exchanger is a type of he...
The heat transfer and flow friction characteristics of plate fin surfaces are presented in terms of ...
Add to ORKG