This investigation analyses the 3D performance of two optimal front wing designs according
to the Federation Internationale de l'Automobile 2021 regulations. These regulations imply a …

The aerodynamic complexity of the underbody surfaces of conventional road vehicles is a
matter of fact. Currently available literature is focused mainly on very simple Ahmed-body …

Measuring aerodynamics is crucial in the automotive industry as it helps engineers to
optimize designs to improve vehicles' stability and performance. Pressure sensors are …

Large bridges' decks often exhibit different adhesion coefficients in complex environments,
which are frequently accompanied by significant crosswind effects. This results in a complex …

In time attack races, aerodynamics plays a vital role in achieving short track times. These
races are characterized by frequent braking and acceleration supported by aerodynamic …

In order to improve the aerodynamic performance and optimization efficiency while wheel
lightweight designing, a multi-objective optimization design method of wheel lightweight …

With the rapid development of FSAE, the speed of racing cars has increased year by year.
As the main research content of racing cars, aerodynamics has received extensive attention …

Front wings are a key element in the aerodynamic performance of Formula 1 race cars.
Thus, their optimisation makes an important contribution to the performance of cars in races …

This research explores the flow dynamics and heat transfer within the wake of a rotary
oscillating circular cylinder in the presence of an isothermal control plate. Two-dimensional …

The paper aims to analyse the flow characteristics of a rotating, isothermally heated circular
cylinder with a downstream vertical arc-shaped control plate. The study employs the stream …