Add to ORKGIn this work, the optimization for a radiative-convective annular fin of arbitrary profile with base wall thermal resistances is considered. A fourth order Runge-Kutta method is used to solve the associated non-linear governing equa-tions. Further differentiations yield the optimum heat transfer and the optimum fin dimensions. To facilitate the thermal design, design charts for optimum dimensions are proposed. Furthermore, the fin effectiveness for the optimal annular ra-diative-convective fins is presented to check the practicality of the design. http://dx.doi.org/10.2174/1874396X0120601001
Performance of annular ?ns of di?erent pro?les subject to heat transfer coe?cient is investigated in...
The use of annular fins in air-cooled heat exchangers is a well-known solution, commonly used in air...
In this paper, thermal performance and optimum design analysis of straight fin with variable thermal...
This paper deals with a controversial problem in answering the question “Does the optimum fin design...
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...
The article of record as published may be found at https://doi.org/10.1080/01457639608939880The desi...
In this paper, an experimental study of a concentric staggered annular fin with radial outlets and a...
SUMMARY The paper analyzes the problem of the optimum thermal design of free and forced convection f...
An analysis of the thermal performance as well as the usefulness criteria of extended constant cross...
This work presents a systematic study on optimum dimensions and the associated heat transfer charact...
AbstractEfficiency of annular elliptical fin has been studied numerically. It has been shown that co...
Abstract:- Fin spacing is chosen to maximize heat transmission rate. Maximization is attained as a c...
The article presented here is an analysis that leads to the optimization for a design of an annular ...
ABSTRACT: Extended surfaces such as fins and solar collectors are used to enhance Heat Transfer, eit...
Performance of annular ?ns of di?erent pro?les subject to heat transfer coe?cient is investigated in...
The use of annular fins in air-cooled heat exchangers is a well-known solution, commonly used in air...
In this paper, thermal performance and optimum design analysis of straight fin with variable thermal...
This paper deals with a controversial problem in answering the question “Does the optimum fin design...
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...
The article of record as published may be found at https://doi.org/10.1080/01457639608939880The desi...
In this paper, an experimental study of a concentric staggered annular fin with radial outlets and a...
SUMMARY The paper analyzes the problem of the optimum thermal design of free and forced convection f...
An analysis of the thermal performance as well as the usefulness criteria of extended constant cross...
This work presents a systematic study on optimum dimensions and the associated heat transfer charact...
AbstractEfficiency of annular elliptical fin has been studied numerically. It has been shown that co...
Abstract:- Fin spacing is chosen to maximize heat transmission rate. Maximization is attained as a c...
The article presented here is an analysis that leads to the optimization for a design of an annular ...
ABSTRACT: Extended surfaces such as fins and solar collectors are used to enhance Heat Transfer, eit...
Performance of annular ?ns of di?erent pro?les subject to heat transfer coe?cient is investigated in...
The use of annular fins in air-cooled heat exchangers is a well-known solution, commonly used in air...
In this paper, thermal performance and optimum design analysis of straight fin with variable thermal...