...-learning forecasting, the study aims to deliver a comprehensive and reliable framework for enhancing thermal-mass transport performance in thermal engineering applications. Design/methodology/approach The governing equations are numerically solved using the finite element method. A sensitivity analysis...

... method. The impacts of various parameters like slip coefficient, Reynolds number, Eckert number, Schmidt number, magnetic field, rotation, radiation and activation energy have been investigated. Moreover, sensitivity analysis and Response Surface Methodology ( RSM ) are also used for identifying...

... is conducted to identify the stable solution. To gain deeper insight into the thermal performance, response surface methodology is used to construct a predictive quadratic regression model for the Nusselt number. Findings Sensitivity analysis shows a strong positive correlation between the thermal...

... with response surface methodology is used. Sensitivity analysis is used to validate the accuracy of nondimensional numbers. Findings The impact of various flow parameters is presented graphically and in numerical tables. It is noted that the velocity slip parameter is the most sensitive flow parameter...

... velocity on a stretchable surface, the aim is to enhance overall performance. Additionally, sensitivity analysis using response surface methodology is used to evaluate the influence of key parameters on response functions. Design/methodology/approach After deriving suitable Lie-group transformations...

...Ahmed Zeeshan; Zaheer Asghar; Amad ur Rehaman Purpose The present work is devoted to investigating the sensitivity analysis of the electroosmotic peristaltic motion of non-Newtonian Casson fluid with the effect of the chemical reaction and magnetohydrodynamics through the porous medium. The main...

... traditional fuels are in use. This study aims to examine the sensitivity analysis for optimizing the heat transfer and entropy generation in the Jeffrey magnetohydrodynamic hybrid nanofluid flow under the influence of motile gyrotactic microorganisms with solar radiation in the parabolic trough solar...

... of incompressible viscous fluid under the impact of the magnetic effect (MHD) over a shrinking wedge with sensitivity analysis and optimization with RSM has yet not been investigated. This effort is devoted to filling the gap in existing literature. Design/methodology/approach A statistical experimental design...

... of the methodology, detailed thermo-hydraulic analysis, sensitivity analysis and optimization are conducted on the recuperators with louver and offset-strip fins using a genetic algorithm. To assess the relationship between investment cost and profit for the recuperated systems, payback period (PBP), which...

...Leszek Hożejowski Purpose The purpose of this paper is to propose a numerical procedure for discrete identification of the missing part of the domain boundary in a heat conduction problem. A new approach to sensitivity analysis is intended to give a better understanding of the influence...

... a correlation and sensitivity analysis. Findings The results showed that for small (7.3 nm) and much larger (about 2,000 nm) surface roughness, compared to nanoparticle size of around 25 nm, the heat transfer rate of nanofluid diminishes relative to that of base fluid. The results also demonstrated...

...Kamel Milani Shirvan; Soroush Mirzakhanlari; Hakan F. Öztop; Mojtaba Mamourian; Khaled Al-Salem Purpose The main purpose of this paper is to define 2D numerical study and a sensitivity analysis of natural convection heat transfer and entropy generation of Al₂O₃-water...

..., and various illustrative examples are presented for sensitivity analysis of practical applications which help serve as a design tool in the process modeling stages. The sensitivity equations can be solved with minimal changes to existing RTM software. The current simulations were executed employing...