In the present article, an exercise has been devoted to establish an analytical model for the
determination of temperature distribution, fin efficiency and optimum design parameters of a …

This paper is concerned with the exact solutions for thermal diffusion in a straight fin with
varying exponential shape when the thermal conductivity and heat transfer coefficients are …

The objective of this research is to experimentally determine the effective in-plane thermal
conductivity of a lithium iron phosphate pouch cell. An experimental setup is designed to …

Transient heat transfer through a longitudinal fin of various profiles is studied. The thermal
conductivity and heat transfer coefficients are assumed to be temperature dependent. The …

Explicit analytical expressions for the temperature profile, fin efficiency, and heat flux in a
longitudinal fin are derived. Here, thermal conductivity and heat transfer coefficient depend …

In this paper, the heating process in fin problems of engineering interest is revisited with a
target to work out analytical solutions representing the thermal diffusion in a variety of radial …

Exact solutions for models describing heat transfer in a two‐dimensional rectangular fin are
constructed. Thermal conductivity, internal energy generation function, and heat transfer …

We consider a heat transfer problem of a longitudinal fin with triangular and parabolic
profiles. Both thermal conductivity and heat transfer coefficient are assumed to be …

In this article, a model describing heat transfer through radial moving fins of hyperbolic and
rectangular profiles is studied. The thermal conductivity and heat transfer coefficient are …

In this paper we consider a model describing the temperature profile in a longitudinal fin with
a rectangular profile attached to a stationary base surface. The heat transfer coefficient is …