The present study develops a new approach to minimize the weight of a radiating straight fin array so that the whole system of the fin array is optimized by minimizing the weight of the individual fin, which is subjected to radiation interaction with adjacent fins and base. The obtained system has the minimum weight possible, and also yields the best shape of the individual fins for a given total heat dissipation and uniform base temperature. Based on the present analysis, the optimum number of fins in a fin array is obtained
This paper deals with a controversial problem in answering the question “Does the optimum fin design...
A radial heat sink was investigated, considering both natural convection and radiation. Experiments ...
The objective of this thesis is to develop an interactive computer program that will analyze and syn...
This work is to determine the optimum shape and minimum mass of a thin fin by incorporating the effe...
Abstract: The optimal design of the fin geometry of a heat pipe/fin radiator having fins with a step...
The paper analyzes the problem of the optimum thermal design of free and forced convection fin array...
The paper analyzes the problem of the optimum thermal design of free and forced convection fin array...
Abstract:- Fin spacing is chosen to maximize heat transmission rate. Maximization is attained as a c...
The article of record as published may be found at https://doi.org/10.1080/01457639608939880The desi...
This work presents a systematic study on optimum dimensions and the associated heat transfer charact...
This study analyzes and optimizes a design for a convective and radiating annular fin of rectangular...
A finite element solution is presented for the heat transfer from a radiating and convecting fin or ...
SUMMARY The paper analyzes the problem of the optimum thermal design of free and forced convection f...
Radiative fin technology is used in a wide variety of applications: automotive, electronics, and spa...
The optimum design of single longitudinal fins with constant thickness, considering different unifor...
This paper deals with a controversial problem in answering the question “Does the optimum fin design...
A radial heat sink was investigated, considering both natural convection and radiation. Experiments ...
The objective of this thesis is to develop an interactive computer program that will analyze and syn...
This work is to determine the optimum shape and minimum mass of a thin fin by incorporating the effe...
Abstract: The optimal design of the fin geometry of a heat pipe/fin radiator having fins with a step...
The paper analyzes the problem of the optimum thermal design of free and forced convection fin array...
The paper analyzes the problem of the optimum thermal design of free and forced convection fin array...
Abstract:- Fin spacing is chosen to maximize heat transmission rate. Maximization is attained as a c...
The article of record as published may be found at https://doi.org/10.1080/01457639608939880The desi...
This work presents a systematic study on optimum dimensions and the associated heat transfer charact...
This study analyzes and optimizes a design for a convective and radiating annular fin of rectangular...
A finite element solution is presented for the heat transfer from a radiating and convecting fin or ...
SUMMARY The paper analyzes the problem of the optimum thermal design of free and forced convection f...
Radiative fin technology is used in a wide variety of applications: automotive, electronics, and spa...
The optimum design of single longitudinal fins with constant thickness, considering different unifor...
This paper deals with a controversial problem in answering the question “Does the optimum fin design...
A radial heat sink was investigated, considering both natural convection and radiation. Experiments ...
The objective of this thesis is to develop an interactive computer program that will analyze and syn...