The automotive industry has recently seen significant advancements, making cars a
dominant form of urban transportation. This development has led to increased focus on …

Environmental pollution and oil shortage issues accelerate the revival and growth of the
electric vehicle (EV) industry. However, the performance and lifespan of power batteries or …

Personal thermal comfort studies are crucial for balancing both human comfort and building
energy savings. Thus, personal comfort models (PCMs) are expected to play a pivotal role in …

Reducing heat accumulation within vehicles and ensuring appropriate vehicular
temperature levels can lead to enhanced vehicle fuel economy, range, reliability, longevity …

The technical maturity and rapidly increasing market share of electrified vehicles have given
more importance to the cabin thermal management. Efficient thermal management has a key …

In the short and medium term, it is estimated that electric mobility will play an important role
in greenhouse gas emissions reduction strategy. However, vehicles with electric propulsion …

It is essential to quickly provide an acceptable comfort level in a car by automobile
manufacturers during short commutes. Many previous thermal comfort tests for passenger …

Present work describes the thermal comfort of the driver in an automobile cabin under the
effect of solar radiation for different cooling jet directions. Three-dimensional transient …

To reduce fuel consumption, the automotive air-conditioning (AAC) system's coefficient of
performance (COP) needs to be improved. The use of a diverse selection of hybrid …

Thermal sensation in cars is different from that in buildings. Transient, asymmetric solar
radiation and transient, non-uniform air temperature are the main causes of the difference …