In thermal engineering, maintaining the temperature precisely at a desired setpoint is an
essential objective for many processes. When heating actuators act locally and a few point …

Under consideration are mathematical models of heat and mass transfer. We consider
inverse problems of recovering coefficients in the main part of a parabolic equation …

Adsorption isotherms are the most important parameters in rigorous models of
chromatographic processes. In this paper, in order to recover adsorption isotherms, we …

This paper focuses on developing a prototype for identifying specific unknown parameters in
real experimentation. The initial objective involves validating a mathematical model …

This paper deals with estimation of thermal conductivity for temperature control of an
aluminum plate considering radiative heat transfer. Aiming at accurate control results, model …

Null controllability of nonlinear partial differential equation is a very complex challenge. The
context underlying this study is to improve the behavior of the plasma in a tokamak reactor in …

This paper focuses on developing a prototype for identifying specific unknown parameters in
real experimentation. The initial objective involves validating a mathematical model …

This paper deals with the problem of null controllability for an unstable nonlinear parabolic
partial differential equation (PDE) system considering in-domain actuator. The main …

This article deals with the identification of a space and time dependent material thermal
diffusivity. Such parameter is involved in heat transfers described by partial differential …

Under consideration are mathematical models of heat and mass transfer. We consider
inverse problems of recovering coefficients in the main part of a parabolic equation …