The present work aims to assess the efficiency of windscreen demisting systems in electrical
vehicles by using infrared (IR) thermography and image analysis techniques. The study was …

Planar wall-attaching offset jets can be found in a variety of engineering applications. In the
present work, a planar turbulent offset wall-jet, at a Reynolds number of 7500 and an offset …

Several industrial and engineering applications employ ventilated offset-jets such as flow
separation control devices, upper surface blowing used in short take-off and landing aircraft …

The effect of jet geometry on flow, heat transfer and defrosting characteristics was
numerically investigated for elliptic and rectangular impinging jets on an automobile …

The current mechanism for defrosting automobile front windshields is using waste heat from
the engine to heat the windshield via convection, an inefficient process taking up 30 …

Advances in the automotive industry are changing the relationship between cars and
drivers. Advanced driver assistant systems, such as navigation systems, advanced cruise …

In this work, a simplified mathematical model, concerned with transient heat conduction as
well as convective and radiative heat transfer, was developed to predict the variations of …

Proper flow distribution on the windshield and side windows is critical for adequate visibility
while driving. Fog or ice which forms on the windshield is the main reason of invisibility and …

The industrial revolution brought many technological breakthroughs, not just in vehicle
automation but also in the level of comfort for their occupants. To put it more precisely, it …

The condensation process represents the phase change phenomenon through which the
water vapours from air are transformed into liquid together with heat release. The …