In this work, a hybrid method is developed to identify simultaneously the fluid thermal
conductivity and heat capacity for a transient inverse heat transfer problem. The proposed …

We propose a methodology to estimate single and multiple emission sources of atmospheric
contaminants. It combines hybrid metaheuristic/gradient-descent optimization techniques …

An inverse analysis methodology is developed to simultaneously identify the thermal
diffusivities and subsurface defect of carbon fiber reinforced polymer (CFRP) laminate …

In the present work the differential evolution approach (DE) is used for the estimation of
radiative properties in two-layer participating media. This physical phenomenon is modelled …

This work presents a regularization technique applied to an inverse radiative transfer
problem formulated as a finite dimensional optimization problem and solved by a …

The heat transfer analysis in a helical coil tube heat exchanger is challenging due to the
complex flow field developed by the tube curvature. In this paper, estimation of uneven local …

The radiative transfer phenomenon is modeled by an integro-differential equation known as
Boltzmann equation. This equation describes mathematically the interaction of the radiation …

The recently developed generalized extremal optimization (GEO) algorithm is applied for the
solution of an inverse problem of radiative properties estimation. A comparison with two …

Using neural networks to obtain initial estimates for the solution of inverse heat transfer problems
Page 359 358 Inverse Problems, Design and Optimization USING NEURAL NETWORKS TO …

This work presents the differential evolution algorithm applied to an inverse radiative transfer
problem formulated as a finite dimensional optimization problem. It is considered a one …