This work aims at numerically investigating the influence of corner modification on the flow
structure around and heat transfer from a square cylinder at a Reynolds number Re= 150 …

In real-life mechanical engineering applications, it is often complex to achieve an optimal
multi-objective design, because of the costs related to fabrication and test of different …

In this work, the control of vortex-induced vibration (VIV) of an elastically mounted cylinder
with a pair of porous rods is numerically investigated at a Reynolds number of 150. To …

Existing works have shown that the small-scale errors of turbulence can be completely
eliminated through data assimilation (DA), provided that all the large-scale Fourier modes …

Adjoint method is widely used in aerodynamic design because only once solution of flow
field is required for it to obtain the gradients of all design variables. However, the …

Previous works have shown that the small-scale information of incompressible
homogeneous isotropic turbulence is fully recoverable as long as sufficient large-scale …

In this study, the shape of the autonomous underwater helicopter (AUH) was optimized. AUH
is a new type of disc autonomous underwater vehicle with good maneuverability and …

This study explores the use of shape optimization to reduce wave forces on a submerged
floating body subjected to wave diffraction. To this end, gradient-based shape optimization is …

In the present study, vortex-induced vibrations in both In-Line and Cross-Flow directions of
long flexible cylinders within a uniform flow are predicted by a modified wake oscillator …

Aerodynamic noise control is important for various engineering applications, including
automobiles. To develop effective control methods for the flow and sound of bluff bodies …