Solution of inverse heat conduction problems using maximum entropy method

Heat transfer behavior in the impingement zone under circular water jet

“…In the analysis and simulation side, various inverse heat conduction methods have been developed to evaluate heat flux or heat transfer coefficient on a heated or cooled surface [17][18][19][20][21]. The advantage of using inverse method is that only the temperatures measured at some proper internal locations of the test plate are required.…”

Assessment of Various Methods in Solving Inverse Heat Conduction Problems

“…It can guarantee the uniqueness of the solution. When there is no error in the measurements, maximum entropy method can find a solution with no deterministic error (Kim & Lee, 2002).…”

Analytical-numerical solution of the inverse problem for the heat conduction equation

“…This method is based on replacing the partial differential equation of heat conduction by the system of ordinary differential equations through discretization of the space derivative or the time derivative. Instead of other optimization techniques, the maximum entropy method was used in [Kim and Lee 2002] in the solution of the IHCP. The presented results showed considerable enhancement in the resolution of the inverse problem and bias reduction in comparison with the conventional methods.…”