Simultaneously estimating the initial and boundary conditions in a two-dimensional hollow cylinder

An Inverse Problem Method for Overall Heat Transfer Coefficient Estimation in a Partially Filled Rotating Cylinder

“…29 no. 3 2008 Downloaded by [Ams/Girona*barri Lib] at 03: 11 17 November 2014 procedure in the form [24,25]:…”

“…The investigation of a thermal hollow cylinder behavior undergoes analysis with inverse methodology, as reported in [23][24][25].…”

Numerical estimation of two convective boundary conditions of a two-dimensional rectangular fin

“…By using the parametric form (9), it can be shown that the coefficients g i , i ¼ 1,2 are computed as follows (Alifanov et al, [1]):…”

“…Indeed, their intense development during these last decades, [1][2][3][4][5][6][7][8][9][10][11][12][13][14][15][16][17][18][19] made it possible to the experimenters in general to be freed from many difficulties relative to certain sizes inaccessible to measurement; it is the case for example in gas turbines, solar systems, combustion chambers and heat exchangers in general where the knowledge of the local temperature, heat flux and heat transfer coefficient is essential to predict a correct heat balance and then an optimization of these systems. These studies represent an inevitable supplementary benefit of numerous works [20][21][22][23][24][25][26] about conjugated heat transfer and allow simplifying thermal studies once the convective or conductive boundary conditions are estimated.…”

Inverse thermal analysis of the drying zone of the evaporator of an axially grooved heat pipe

“…In some other domains, inverse analysis is frequently used for estimation of boundary conditions or estimation of parameters [14][15][16][17]. These methods are particularly well adapted when the measurements are difficult to carry out, i.e.…”