A simple and effective method is proposed for solving inverse heat source problems in
functionally graded materials based on the homogenization function. Making use of given …

A transient inverse heat conduction analysis based on Lavenberg–Marquardt method is
presented to reconstruct the aero-thermal heating and thermal protection material response …

In this study, an exact analytical solution for the heat conduction problem in a truncated
conical shell is presented. The cone is made of functionally graded materials and it is …

In this study, an inverse algorithm based on the conjugate gradient method and the
discrepancy principle is applied to estimate the unknown time-dependent base heat flux of a …

In this study, a numerical algorithm is developed to determine the heat transfer coefficient
distribution of mixed convection on a vertical plate with a two dimensional inverse method …

An inverse analysis of estimating a time-dependent surface heat flux for a three-dimensional
heat conduction problem is presented. A global optimization method known as Particle …

In this study, an inverse heat conduction analysis based on the Levenberg-Marquardt
method is applied to reconstruct the aerothermal heating and thermal protection material …

In this study, an inverse algorithm based on the conjugate gradient method and the
discrepancy principle has been successfully applied to an irregular fin made of functionally …

The transient heat transfer analysis of functionally graded (FG) hollow cylinders subjected to
a distributed heat flux with a moving front boundary on its inner surface is presented. The …

In this study, an inverse algorithm based on the conjugate gradient method and the
discrepancy principle is applied to estimate the unknown space-dependent thermal …