This paper presents the dependence of flow transitions and flow regimes on Reynolds
number Re (≤ 10 5) and scaled cylinder center-to-center spacing S*(≤ 10) for two tandem …

The extreme wind pressure might lead to local or overall structural failures. The physical
mechanisms behind extreme pressures on two tandem square cylinders are investigated …

Numerical simulations are conducted to analyze flow characteristics around two tandem
sharp-edged cylinders with cross sections of square (⁠ b 1*= 1⁠) for the upstream cylinder …

Wind tunnel tests and large eddy simulations were employed to obtain the aerodynamic
coefficients and flow fields of two and three tandem square cylinders across various spacing …

Abstract Three-dimensional (3-D) large eddy simulations (LES) are carried out to explore the
influence of spacing ratio G/D on the flow structures and aerodynamic interference …

Linear shear flows, forces, and heat transfer across a single and two tandem square
cylinders are numerically investigated at Reynolds numbers Re= 70–150 and a Prandtl …

The paper presents an experimental investigation of the flow around two bluff bodies in a
tandem arrangement. Two different configurations were investigated. The first one concerns …

The paper investigates the flow around two non-identical height buildings, each with the
same square cross-section, arranged in tandem using a particle image velocimetry …

Flow field and pressure measurements are typically conducted independently in the wind
tunnel. Consequently, a comprehensive aerodynamic database, incorporating synchronized …

The wind-induced pressure loads are affected by a broad spectrum of elements involving
flow conditions, buildings geometry, or neighbourhoods. Computational fluid dynamics is a …