Evolutionary computing for the radiative–convective heat transfer of a wetted wavy fin using a genetic algorithm-based neural network
Evolutionary algorithms are a large class of optimization techniques inspired by the ideas of
natural selection, and can be employed to address challenging problems. These algorithms …
natural selection, and can be employed to address challenging problems. These algorithms …
Comparative analysis of thermal behaviour in functionally graded material fin under convective-radiative heat transfer: Homotopy perturbation method
PLP Kumar, BJ Gireesha, P Venkatesh - International Communications in …, 2024 - Elsevier
In this study, the thermal characteristics of a fully wet, moving longitudinal fin made from
linear Functionally Graded Material (FGM) is explored. The fin response to convective …
linear Functionally Graded Material (FGM) is explored. The fin response to convective …
Impact of stretching and shrinking on the thermal profile and efficiency of a wet and porous longitudinal fin in motion subject to convection and radiation
S Lalith Kumar, HG Nagaraja, BJ Gireesha - Heat Transfer, 2024 - Wiley Online Library
We consider heat transfer with convection and radiation effect on a longitudinal wet and
porous fin. The trapezoidal fin moving at a constant speed is subject to stretching and …
porous fin. The trapezoidal fin moving at a constant speed is subject to stretching and …
Thermal performance of stretching/shrinking fully wet porous cylindrical and conical pin fin structures by differential transformation approach
BJ Gireesha, ML Keerthi - International Journal of Modern Physics …, 2024 - World Scientific
In this paper, the thermal behavior of cylindrical and conical pin fin structures operating in a
convective–radiative environment has been examined. The fully wet porous fin structures …
convective–radiative environment has been examined. The fully wet porous fin structures …