This work presents a review of high-order hybridisable discontinuous Galerkin (HDG)
methods in the context of compressible flows. Moreover, an original unified framework for …

In the present work, numerical simulations are performed to investigate the vortex shedding
suppression phenomenon for mixed convective flows past a square cylinder in the large …

The growth of biofilm inside the filtration channels module is hard to visualize and has a high
propensity to tarnish the process performance. Herein, Deep Neural Networks (DNN) are …

Membrane distillation (MD) is a promising emerging water desalination technology.
Commercialization of MD modules has been hindered by ineffective heat recovery and …

The combined effects of free-stream inclination (α) and heating [ϵ=(T w− T∞)/T∞] on
aerodynamic and heat transfer parameters are studied at fixed Reynolds number (Re= 100) …

The combined effects of heating and cylinder inclination on mixed convective flow past a
square cylinder subjected to high heating is investigated numerically using a non-Oberbeck …

This work represents an investigation of the performance of characteristic numerical
boundary conditions on the unconfined 2D mixed convective flow of air past a heated …

In the present study, the proper orthogonal decomposition (POD) approach is coupled with
the interpolation–extrapolation and the marching extrapolation procedure to predict the …

A new algorithm for the computing of compressible flows governed by Euler/Navier–Stokes
equations is presented in this paper. The inter-cell numerical convective flux is estimated …

A numerical investigation of the combined effects of heating and flow orientation on the
forced convective flow of air past a square cylinder is carried out. In order to account for the …