This study aims to develop a simulation model to investigate the feasibility of extracting
geothermal energy from abandoned petroleum wells using doublet deep borehole heat …

The mathematical modeling of unsteady flow of micropolar Cu–Al2O3/water nanofluid driven
by a deformable sheet in stagnation region with thermal radiation effect has been explored …

This study aims to analyse the thermal efficiency of wall elements with varying position-
allocation-thickness of insulation, in the aspect of the optical properties of their external …

There is little doubt that masonry walls have, throughout the history of mankind, been a
critical part of building construction. From this standpoint, the present study aims to unfold …

The main aim of this article is to develop a new boundary element method (BEM) algorithm
to model and simulate the nonlinear thermal stresses problems in micropolar functionally …

A personalized medical approach can make diabetic retinopathy treatment more effective.
To select effective methods of treatment, deep analysis and diagnostic data of a patient's …

In the present paper, fluid flow and heat transfer for micropolar fluids over a stretching sheet
through Darcy porous medium are studied. The heat transfer phenomenon is considered …

The finite element approach was utilized in this study to solve numerically the two‐
dimensional time‐dependent heat transfer equation coupled with the Darcy flow. The Picard …

The mathematical modeling of unsteady flow of micropolar Cu–Al 2 O 3/water nanofluid
driven by a deformable sheet in stagnation region with thermal radiation effect has been …

The finite element approach was utilized in this study to solve numerically the two-
dimensional time-dependent heat transfer equation coupled with the Darcy flow. The Picard …