This paper presents the robust use of Computational Fluid Dynamics (CFD) techniques as
complement to wind tunnel testing for the performance assessment of rain water and wiper …

This paper presents an innovative automobile application of Computational Fluid Dynamics
(CFD) as a complement to wind tunnel experimentation for the evaluation of rain water and …

Windscreen wipers are an integral component of the windscreen cleaning systems of most
vehicles, trains, cars, trucks, boats and some planes. Wipers are used to clear rain, snow …

In this study, aerodynamic forces acting on the windshield wiper system at critical wiper
angles are simulated using different wiper blade geometries, ie, wiper and spoiler …

To enhance driving safety in rainy conditions and reduce the contamination of side windows
by rainwater, improving the driver's visibility is a crucial aspect of vehicle design. This paper …

Water accumulating on a vehicle's wind screen, driven over the A-pillar by a combination of
aerodynamic forces and the action of the windscreen wipers, can be a significant …

Active systems in cars are seen as crucial tool for mitigating accident on road and are getting
wide-spread and more complex. Such systems include a variety of complementary sensors …

Windshield wipers were developed to improve visibility during inclement weather and
belong to standard safety equipment. A conventional wiping system of a vehicle consists of …

The windshield wiper system of passenger cars comprises three major subsystems: two
wipers and their arms; a mechanism; and an electric motor. This paper presents a study on …

This paper develops the mathematical expression of wiper system using Newtonian
approach verified using a numerical approach adopted from open literatures. Result shows …