The blade number of a wind turbine is a critical parameter that significantly affects its near-
wake dynamics. In this study, we focused on the effect of the blade number on the wake of a …

The flow-induced vibration (FIV) of twin structures always experiences significantly larger
vibration amplitude than that of a single one, which causes severe structural safety …

This study investigates the flutter response of a rectangular cylinder model with an aspect
ratio of 5 at the Reynolds number Re= 100 via direct numerical simulation. The effects of two …

Two rigidly coupled cylinders are commonly available in engineering practices, which are
always subjected to flow-induced vibration (FIV) with large oscillating amplitude due to the …

The honeycomb-shaped structure has been proved to have good mechanical properties,
and is it possible combining its good mechanical properties together with its flow …

Direct numerical simulations are performed for flow past circular cylinders by the lattice
Boltzmann method coupled with immersed moving boundary method. By analyzing the flows …

Flow-induced vibration (FIV) of twin square cylinders in a tandem arrangement was
numerically investigated at Reynolds numbers 200 and gap L/D= 2.0, 4.0, and 6.0 (D is the …

This study numerically investigates twisted-wind effect on aerodynamic correlation and flow
pattern of high-rise building with 3: 1 side ratio. Spatial-temporal correlation of aerodynamic …

Flow past twin tandem rectangular cylinders for various gap ratios (L*= 1.0–8.0) and aspect
ratios (B*= 0.3–4.0) at a Reynolds number of 150 was investigated via 2D direct numerical …

In this investigation, two-dimensional flow past square cylinders with slip boundary have
been studied with the lattice Boltzmann method. Three modes, which are a single cylinder …