The present study aims to assess the prediction ability of URANS (unsteady Reynolds-
averaged Navier-Stokes), SAS (scale-adaptive simulation), and IDDES (improved delayed …

This study investigates the impact of yaw conditions on the aerodynamic performance and
flow field of three high-performance vehicle model configurations by means of wind tunnel …

During the train meeting events, train equipment compartments are exposed to the worst
pressure changes, potentially affecting the ventilation performance of equipment, particularly …

This study investigates the influence of forebody configuration on aerodynamic noise
generation and radiation in standard squareback vehicles, employing a hybrid …

This study investigates the particle dispersion characteristics in the turbulent wake of a
simplified vehicle model (Ahmed body) for two values of the rear slant angle ϕ (⁠ 25 and …

The bogie-induced flow characteristics of two referenced variations of a streamlined high-
speed train model, with and without bogie shields, are numerically studied by performing …

This study aims to investigate the effect of streamwise length on the wake characteristics of
submerged sharp-edged bluff bodies in the presence of an underbody gap using large eddy …

For this work, conditional averaging and Proper Orthogonal Decomposition (POD) were
used to analyze the salient three-dimensional structures in the wake of a DrivAer fastback …

The research of this work focuses on optimizing the body fender of the CAERI AERO car
model to decrease aerodynamic drag and improve aerodynamic performance. Five design …

В статье приводится подход к исследованию шума автотранспортного средства при
взаимодействии с набегающим потоком. В рамках работы описана …