This paper aims to present a review of the current computational methods and applications
of inverse heat conduction problems (IHCPs) in different fields. Generally speaking, there …

In the applied mathematical modelling of heat transfer systems, the heat transfer coefficient
(HTC) is one of the most important parameters. This paper proposes a combination of the …

This paper studies a regularization approach for an inverse problem of estimating a spatially-
and-temporally dependent Robin coefficient arising in the analysis of convective heat …

In this paper, a numerical-experimental investigation was performed for estimation of the
local convective heat transfer coefficients of a two-phase pulsating heated jet impinging a …

The determination of the space-or time-dependent heat transfer coefficient which links the
boundary temperature to the heat flux through a third-kind Robin boundary condition in …

This paper investigates a nonlinear inverse problem associated with a fractional diffusion
equation for identifying a Robin coefficient in the boundary conditions from a boundary …

This paper aims to solve an inverse heat conduction problem in two-dimensional space
under transient regime, which consists of the estimation of multiple time-dependent heat …

Two types of basis functions are employed to find the approximate solution of the surface
heat flux histories and temperature distribution in an inverse heat conduction problem …

This work is motivated by studies of numerical simulation for solving the inverse one and two-
phase Stefan problem. The aim is devoted to employ two special interpolation techniques to …

Consider an inverse problem of simultaneous reconstruction of boundary impedance
coefficient and space-dependent source term from the final measurement data for a slow …