Abstract The Computational Fluid Dynamics (CFD) simulations at different fidelity levels are
a common tool for predicting the aerodynamic performance in many engineering …

The computational cost of iterative design methods has been a challenge in aerodynamics.
In this research, the data-driven acceleration of an iterative inverse design method was …

In this study, simultaneous measurement of Phenytoin (PHT), Levetiracetam (LEV), and
Pregabalin (PRG) was assessed by chemometrics methods, including feedforward artificial …

A piston wear fault is a major failure mode of axial piston pumps, which may decrease their
volumetric efficiency and service life. Although fault detection based on machine learning …

This paper develops a low-diffusion robust flux splitting scheme termed TVAP to achieve the
simulation of wide-ranging Mach number flows. Based on Toro-Vázquez splitting approach …

In the early stage of aircraft engine design, the through-flow method is an important tool for
designers. The accuracy of the through-flow method depends heavily on the accuracy of the …

Conventional wind tunnels cannot simulate actual flight Reynolds numbers because of
testing condition constraints. The changes in aerodynamic characteristics caused by …

The traditional aircraft controller design is usually based on the off-line aerodynamic model.
Due to the deviation of the off-line aerodynamic model, the flight quality is difficult to meet the …

To improve the computational efficiency and accuracy of multi-objective reliability estimation
for aerospace engineering structural systems, the Intelligent Vectorial Surrogate Modeling …

In this study, a cost-effective high-fidelity six-degree of freedom module augmented with an
onboard controller is developed. The unmanned aerial vehicle (UAV) under consideration is …