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

The solar incidence on an indoor environment and its occupants has significant impacts on
indoor thermal comfort; it can bring favorable passive solar heating or can result in …

Personal control of indoor environmental conditions has a positive effect on subjective
thermal comfort. This has been demonstrated in various field and laboratory studies for both …

Car overheating after parking under the direct sunshine leads to not only more energy
consumption of air conditions but also potential security issues, such as higher traffic …

There has been growing concern over improving the driving range of electric vehicles (EVs)
and achieving rapid cabin thermal comfort upon entering a hot-soaked vehicle, thereby …

Passenger thermal comfort in high-speed train (HST) carriages presents unique challenges
due to factors such as extensive operational areas, longer travel durations, larger spaces …

As a result of its low environmental impact the railway system is the prime candidate to
enable domestic and continental mass passenger mobility. One important aspect …

Due to the fast development of high-speed rail (HSR) around the world, high-speed trains
(HSTs) are becoming a strong competitor against airliners in terms of long-distance travel …

Assessing indoor environmental quality (IEQ) is fundamental to ensuring health, well-being,
and safety. A particular type of indoor compartment, land transport cabins (LTCs) …

Thermal comfort has been the area, which is explored extensively by the researchers to
improve the performance of human being. This vast field has been studied by two different …