Heat conduction in multi-layer and composite materials is one of the fundamental heat
transfer problems in many industrial applications. Due to different materials types, interface …

This monograph reviews and examines the theoretical background and literature published
so far for the mathematical modeling and simulation of the rubber vulcanization process …

Nozzle erosion is a common problem in a hybrid rocket motor with the passive thermal
protection structure. Nozzle profile and erosion rate distribution are changing with time due …

The paper aimed at obtaining an analytical solution for the steady-state heat transfer in a
hollow sphere made of functionally graded material. Two-dimensional distribution of …

The paper has dealt with an exact analytical solution of steady-state heat conduction for the
special case of a functionally graded (FG) cylindrical sector. In this regard, Fourier theory is …

An exact general analytical solution is derived for heat conduction problem in an
axisymmetric cylinder made of functionally graded material whose thermal conductivity …

This study aimed at presenting a steady-state analytical solution for the two-dimensional
heat conduction in a cylindrical segment made of functionally graded materials. It is acquired …

In this study, an exact analytical solution for steady conductive heat transfer in multilayer
spherical fiber reinforced composite laminates is presented as the first time. Here, the …

Conventional analytical methods for transient heat conduction solutions, due to complicated
derivations and formidable calculations, have been limited to composite bodies with two or …

Theoretical modeling of thermal conduction in a multilayer cylinder has been studied in
multiple past papers due to its significance in engineering applications such as nuclear …