New graphical user interface for an application to assist solution analysis with optimization of the 1D inverse heat conduction problem

Abstract

Computer applications facilitate the analysis of large amounts of information. Currently, its development is a frequent activity for various fields of knowledge. Especially for those systems under study that require optimization processes to obtain precise answers to the solution of some approach. The answers must be reliable and offered at an increasingly higher speed since decision-making may depend on them. In particular, inverse analyzes are into these concepts. These approaches are ill-conditioned, so the control efforts are robust and complex to guarantee a unique solution. Some techniques are known, but new proposals will develop. In analyzing phenomena in materials, the solution to heat transfer problems helps improve the performance of the components manufactured with them. Therefore, to understand thermal phenomena, proposals for controlled experiments are developed. Where complicated working conditions can be implemented to the extent of mastery of the solution scope of mathematical formulations, in this work, an example is presented a whose analysis of results is successfully accepted. Likewise, a platform is established to evolve to more demanding systems.