The paper gives a broad perspective of the progress made during the last 10 years in
solving the Navier–Stokes equations and traces how this simulation technique went from …

An alternative cell-vertex entropy-stable finite volume method for the system of Euler
equations is presented. It is derived from the residual distribution method, using the signals …

The evolution of any complex dynamical system is described by its state derivative
operators. However, the extraction of the exact N-order state derivative operators is often …

A numerical investigation of transonic and low-supersonic flows of dense gases of the Bethe–
Zel'dovich–Thompson (BZT) type is presented. BZT gases exhibit, in a range of …

Experimental tests regarding the M-346 aircraft model made via 3D printing were carried out
in order to obtain numerical data and characteristics in the form of graphs of basic …

The present work is devoted to the numerical study of dense gas flows in turbomachinery
and the assessment of their interest as working fluids in energy-conversion cycles. A …

DENSE gas dynamics studies the dynamic behavior of gases in the dense regime, ie, at
temperatures and pressures close to the thermodynamic critical point. In such conditions …

A recently developed fourth-order accurate implicit residual smoothing scheme (IRS4) is
investigated for the large eddy simulation of turbomachinery flows, characterized by …

A robust optimization procedure based on a multi-objective genetic algorithm (MOGA) is
used to generate airfoil profiles for transonic inviscid flows of dense gases, subject to …

A fast preliminary design methodology for supersonic organic Rankine cycle (ORC) stator
and rotor axial turbine blades with low degree of reaction is presented. First, the stator and …