An inverse heat conduction problem (IHCP) was investigated in the two-dimensional section
of a pipe elbow with thermal stratification to estimate the unknown transient fluid …

Thermal stratification occurs in flows through elbows used for mixing hot and cold fluids. The
movement of the interface between the hot and cold fluids over time causes fluctuations of …

For the reheating furnace, it is very difficult to determine the total heat exchange factor
because of the complex environment and lack of efficient algorithms. To determine the …

In this paper a numerical method consists of combining Haar basis method and Tikhonov
regularization method for solving some ill-posed inverse problems using noisy data is …

The total heat exchange factor is one of the most important thermal physical parameters in
the heat transfer model for a reheating furnace machine. In this paper, a novel general …

The method for solving inverse heat conduction problems was used to develop a
computational model of the heat flux on the high-temperature wall of an engine. The heat …

In this paper, a numerical method to solving the one-dimensional inverse heat transfer
problem in Cartesian and Cylindrical coordinates, which is combination of the Haar wavelet …

To broaden the application of inverse estimation, the purpose of this study is to estimate the
unknown temperature boundary condition of the complex or irregular shape, like the high …

A numerical method consists of combining Haar basis method and Tikhonov regularization
method. We apply the method to solve some inverse problems for twodimensional parabolic …

Pipelines with thermal stratification are common in nuclear power plants, and the thermal
stratification may induce thermal fatigue and lead to leakage, so thermal stratification …