The aim of the present work is to contribute to the analysis of parametric sensitivity in fixed bed reactors using an heterogeneous two dimensional model.
Regions of parametric sensitivity obtained from the generalized sensitivity criterion were compared with corresponding regions obtained experimentally.
In this context some authors have proposed the use of parametric and non-parametric flexible models.
Data were analysed to ensure appropriate use of parametric or non-parametric statistics.
Using this solution, the parametric sensitivities of the plastic hinge length are illustrated and compared with other alternatives that have been obtained through experimental calibration.
The parametric sensitivity behavior of a tubular reactor with co-current external cooling is investigated using a generalized parametric sensitivity criterion.
In this paper a comprehensive series of analyses is used to examine the parametric sensitivity of the pile response for a broad range of soil-pile systems and magnitudes of lateral spreading displacement.
Finally, based on the limited available experimental database, a grey correlation analysis was used to evaluate the parametric sensitivity of the compressive behavior of RRAC columns.
This work examines the behaviour of the parametric sensitivity of a fixed-bed heat exchanger.
The use of Lyapunov exponents to calculate the parametric sensitivity of batch reactors is described.
