This paper deals with a controversial problem in answering the question “Does the optimum fin design always exist? If not, what are the optimization ranges and limitations?” These authors employ a general example of convecting-radiating trapezoidal annular fin with heat transfer at the tip and wall resistance at the interface. The present results indicate that the answer to the above first question is negative. The ranges of fin optimum design under different thermal and physical conditions are proposed. The effects of Biot number, radiation number, the heat loss at the tip, fin profile and overall wall resistance on fin optimization range are further investigated and discussed. http://dx.doi.org/10.2174/1874396X0110501009
Radiative fin technology is used in a wide variety of applications: automotive, electronics, and spa...
This paper deals with optimum design of convective longitudinal fins of a trapezoidal profile. The o...
ABSTRACT: Extended surfaces such as fins and solar collectors are used to enhance Heat Transfer, eit...
In this work, the optimization for a radiative-convective annular fin of arbitrary profile with base...
The article of record as published may be found at https://doi.org/10.1080/01457639608939880The desi...
The article presented here is an analysis that leads to the optimization for a design of an annular ...
The paper deals with the optimization of the convective annular fins with consideration of the base ...
This study analyzes and optimizes a design for a convective and radiating annular fin of rectangular...
SUMMARY The paper analyzes the problem of the optimum thermal design of free and forced convection f...
This work presents a systematic study on optimum dimensions and the associated heat transfer charact...
In Fig. 3 the values of Q/Uu3 are plotted versus u for the three values of the slope X = 0, 0.5, and...
The optimum design of single longitudinal fins with constant thickness, considering different unifor...
In this paper, we analyze the values of the entropic efficiency of longitudinal fins by investigatin...
Presented is an analysis of thermally and geometrically asymmetric trapezoidal fins using a two-dime...
In this paper, an experimental study of a concentric staggered annular fin with radial outlets and a...
Radiative fin technology is used in a wide variety of applications: automotive, electronics, and spa...
This paper deals with optimum design of convective longitudinal fins of a trapezoidal profile. The o...
ABSTRACT: Extended surfaces such as fins and solar collectors are used to enhance Heat Transfer, eit...
In this work, the optimization for a radiative-convective annular fin of arbitrary profile with base...
The article of record as published may be found at https://doi.org/10.1080/01457639608939880The desi...
The article presented here is an analysis that leads to the optimization for a design of an annular ...
The paper deals with the optimization of the convective annular fins with consideration of the base ...
This study analyzes and optimizes a design for a convective and radiating annular fin of rectangular...
SUMMARY The paper analyzes the problem of the optimum thermal design of free and forced convection f...
This work presents a systematic study on optimum dimensions and the associated heat transfer charact...
In Fig. 3 the values of Q/Uu3 are plotted versus u for the three values of the slope X = 0, 0.5, and...
The optimum design of single longitudinal fins with constant thickness, considering different unifor...
In this paper, we analyze the values of the entropic efficiency of longitudinal fins by investigatin...
Presented is an analysis of thermally and geometrically asymmetric trapezoidal fins using a two-dime...
In this paper, an experimental study of a concentric staggered annular fin with radial outlets and a...
Radiative fin technology is used in a wide variety of applications: automotive, electronics, and spa...
This paper deals with optimum design of convective longitudinal fins of a trapezoidal profile. The o...
ABSTRACT: Extended surfaces such as fins and solar collectors are used to enhance Heat Transfer, eit...