In this examination, a sensitivity analysis is implemented using response surface strategies
to control the Walters-B nanofluid stagnant point flow caused by a Riga surface. An …

In this study, a sensitivity analysis is performed by means of surface methodology in order to
manage thermal and pumping power for nanofluid flow inside a wavy channel. The …

In this paper, a 2-D numerical investigation and a sensitivity analysis have been done
utilizing two phase mixture model on the combined mixed convection and surface radiation …

Porous materials have a positive effect upon the heat transfer enhancement and a negative
impact on pressure drop. Combined convection–radiation heat transfer inside a porous solar …

In this paper, an optimization procedure is performed by response surface methodology to
optimize the position and size of the partition inside a single slope solar still. The partition is …

Structural parameters (nozzles number, cold cone angle, and materials) of the vortex
generator were investigated experimentally to optimize the energy separation efficiency of …

The main aims of the current three-dimensional numerical study are scrutinizing the effects
of various twisted tapes on hydraulic-thermal performance and optimizing the geometrical …

The present study considers performing multi-objective optimization of a fin and tube heat
exchanger to enhance its performance. For this, a group of three curved rectangular …

Nanofluids can afford excellent thermal performance and have a major role in energy
conservation aspect. In this paper, a sensitivity analysis has been performed by using …

Abstract The Ranque–Hilsch vortex tube is a simple device with no moving parts and no
mechanical operations. This device separates the inlet air into two distinctive regions; an …