This study emphasizes the aspects of heat transfer and transient thermal distribution through
a rectangular fin profile when a stretching or shrinking mechanism is mounted on the surface …

The present study aims to provide a deeper understanding for the transient thermal stress
distributions of an annular fin made of FGM. The material properties of annular fin are …

Thermal stress distributions in an annular fin with rectangular profile made of functionally
graded material (FGM) are considered. The material properties of annular fin are assumed …

An annular disc fin is a common choice to enhance heat from a cylindrical primary surface.
In nuclear applications, heat transfer from the fin surface is due to convection and radiation …

Fabricating perforations in fins causes improvement in heat dissipation rate with lower
pressure drag up to a specific perforation number and size of perforation. Again knurled …

A practical approach is implemented for thermal stresses in an axisymmetric thin annular fin,
made of functionally graded material. All material properties of the annular fin are assumed …

This work presents a novel mathematical model for the analysis of thermal stresses in a
radiative annular fin with temperature-dependent thermal conductivity and radiative …

Thermal stress in annular fins, which influences the life of a fin, still needs its detail analysis.
Heat transfer in annular fins is studied here as a multiobjective optimization problem …

Thermal wave propagation and efficiency analysis of thin axially symmetric functionally
graded annular fins with a fixed base boundary condition are examined. All material …

The design of annular fin array with variable thickness fin profiles defined by B-spline curves
is studied as a multi-objective optimization problem for simultaneously maximizing heat …